mhurhangee/ep-ind-claims huggingface dataset:
A medical device, comprising: a first body including: a first actuation member including a first connector; and a second actuation member; a second body for attachment to, and detachment from, the first body, the second body including: an actuation wire; a second connector at a proximal end of the actuation wire; and a valve having one or more channels (173, 174, 175) for receiving a material; wherein attachment of the first body with the second body results in the first connector engaging the second connector, such that movement of the first actuation member causes a corresponding movement of the actuation wire; and wherein moving the second actuation member into the second body to interact with the valve is configured to selectively direct the material through the one or more channels (173, 174, 175). a first body including: a first actuation member including a first connector; and a second actuation member; a first actuation member including a first connector; and a second actuation member; a second body for attachment to, and detachment from, the first body, the second body including: an actuation wire; a second connector at a proximal end of the actuation wire; and a valve having one or more channels (173, 174, 175) for receiving a material; an actuation wire; a second connector at a proximal end of the actuation wire; and a valve having one or more channels (173, 174, 175) for receiving a material; wherein attachment of the first body with the second body results in the first connector engaging the second connector, such that movement of the first actuation member causes a corresponding movement of the actuation wire; and wherein moving the second actuation member into the second body to interact with the valve is configured to selectively direct the material through the one or more channels (173, 174, 175).
A process for producing a rubber composition containing at least one rubber component selected from natural rubbers and synthetic diene rubbers, a filler containing an inorganic filler, a silane coupling agent and a vulcanization accelerator, wherein: the rubber composition is kneaded in multiple stages, the rubber component, all or a portion of the inorganic filler, all or a portion of the silane coupling agent and the vulcanization accelerator are added and kneaded in the first stage of kneading, and the specific energy for kneading in the first stage is from 0.05 to 1.50 kWh/kg, and wherein the specific energy is obtained by dividing the power consumption by the motor in the kneading device in the first stage of kneading by the total mass of the rubber composition therein, wherein the blade rotation speed of the kneading device in the first stage is from 25 to 100 rpm. the rubber composition is kneaded in multiple stages, the rubber component, all or a portion of the inorganic filler, all or a portion of the silane coupling agent and the vulcanization accelerator are added and kneaded in the first stage of kneading, and the specific energy for kneading in the first stage is from 0.05 to 1.50 kWh/kg, and wherein the specific energy is obtained by dividing the power consumption by the motor in the kneading device in the first stage of kneading by the total mass of the rubber composition therein, wherein the blade rotation speed of the kneading device in the first stage is from 25 to 100 rpm.
Method for operating a machine using a plurality of automation components, which machine comprises a computing unit with a communication interface in the form of a field bus interface, the automation components being connected to the computing unit by means of the communication interface and a communication system in the form of a field bus system, a plurality of operating systems (117, 118) with real-time capability being executed on the computing unit and acting as program runtime environments for machine programs, a resource management program being executed on the computing unit at the same time as at least one operating system (117, 118) as an intermediate entity between the operating system (117, 118) and the computing unit and providing a plurality of operating system runtime environments for operating systems (117, 118) and being used to assign the resources of the computing unit and/or the communication interface to the operating systems (117, 118), with the result that the operating systems (117, 118) access these resources during the runtime using the operating system runtime environments, characterized in that the computing unit comprises one or more communication interfaces for field buses or manages one or more communication interface entities in the form of field buses, which interfaces or entities are assigned to different or the same operating system runtime environments by means of the resource management program, with the result that they jointly use a communication interface or an entity.
A light control film comprising: two of transparent conductive resin substrates each having a transparent conductive layer and a transparent resin substrate, wherein a combination of the transparent resin substrate and the transparent conductive layer has a light transmittance, as determined according to the method for measuring the total light transmittance of JIS K7105, of 80% or greater and wherein the transparent conductive layer has a surface resistivity value of the transparent conductive layer, as determined by a four-point probe method using a low resistivity meter, of 1000 ohms per square or greater; and a light control layer interposed between the two transparent conductive resin substrates to be in contact with the transparent conductive layer sides, the light control layer containing: a resin matrix; and a light control suspension dispersed in the resin matrix, wherein the transparent conductive layer contains: an organic binder resin; and a conductive polymer; wherein the conductive polymer is at least one selected from the group consisting of a polythiophene derivative, a polyaniline derivative, and a polypyrrole derivative, wherein the organic binder resin is a resin obtainable by curing at least one selected from the group consisting of a polymerizable monomer and a polymerizable oligomer with heat or light, and the entirety of the organic binder is formed from at least one selected from the group consisting of (a) a material containing a (meth)acrylate containing a hydroxyl group in the molecule, (b) a material containing a urethane acrylate containing a pentaerythritol skeleton, and (c) a phosphoric acid ester having one or more polymerizable groups in the molecule.
An atomic particle detection assembly including: at least one detector configured to detect atomic particles; a first housing; an attachment device; and a junction apparatus supporting the detector, the junction apparatus including a first manifold attached, by the attachment device, to the first housing at an attachment location, the junction apparatus including a sealing device sealing a first manifold opening of the first manifold with respect to a first housing opening of the first housing along a sealing axis, the first housing opening oriented to be co-axial with the first manifold opening along the sealing axis, wherein the attachment device extends along an attachment axis, the sealing axis is substantially parallel to and separated by a first distance (d 1) from the attachment axis defined by the attachment location, wherein once the attachment device attaches the first manifold to the first housing, the sealing device is at least partially compressed so as to form a seal between the first manifold and the first housing. at least one detector configured to detect atomic particles; a first housing; an attachment device; and a junction apparatus supporting the detector, the junction apparatus including a first manifold attached, by the attachment device, to the first housing at an attachment location, the junction apparatus including a sealing device sealing a first manifold opening of the first manifold with respect to a first housing opening of the first housing along a sealing axis, the first housing opening oriented to be co-axial with the first manifold opening along the sealing axis, wherein the attachment device extends along an attachment axis, the sealing axis is substantially parallel to and separated by a first distance (d 1) from the attachment axis defined by the attachment location, wherein once the attachment device attaches the first manifold to the first housing, the sealing device is at least partially compressed so as to form a seal between the first manifold and the first housing.
A submersible pump with an impeller arranged in a pump housing and with a seal which seals the impeller with respect to a stationary part of the pump housing, wherein the seal comprises a sealing ring which is arranged on the impeller side and which engages into a second sealing ring arranged on the pump housing side, characterised in that the pump-housing-side sealing ring comprises at least one recess for leading away solid matter particles and that the impeller-side sealing ring on its outer side comprises at least one catcher for the transport of solid matter particles.
A fluid pressure cylinder comprising: a cylindrical cylinder; an auxiliary device to which a pipe for supplying discharging a working fluid to and from the fluid pressure cylinder is connected; and a device mounting structure mounting the auxiliary device on the cylinder, characterized in that the device mounting structure has: a single coupling portion that includes a screw hole and is provided on the fluid pressure cylinder; and a bracket to which the auxiliary device is fixed, the bracket being coupled to the coupling portion via a first screw member that is screwed into the screw hole, wherein the bracket includes a first through hole through which the first screw member is passed so as to leave a gap in a radial direction, and the first through hole is an elongated hole extending in a single direction which is perpendicular to a center axis of the cylinder. a cylindrical cylinder; an auxiliary device to which a pipe for supplying discharging a working fluid to and from the fluid pressure cylinder is connected; and a device mounting structure mounting the auxiliary device on the cylinder, characterized in that the device mounting structure has: a single coupling portion that includes a screw hole and is provided on the fluid pressure cylinder; and a bracket to which the auxiliary device is fixed, the bracket being coupled to the coupling portion via a first screw member that is screwed into the screw hole, wherein the bracket includes a first through hole through which the first screw member is passed so as to leave a gap in a radial direction, and the first through hole is an elongated hole extending in a single direction which is perpendicular to a center axis of the cylinder. a single coupling portion that includes a screw hole and is provided on the fluid pressure cylinder; and a bracket to which the auxiliary device is fixed, the bracket being coupled to the coupling portion via a first screw member that is screwed into the screw hole, wherein the bracket includes a first through hole through which the first screw member is passed so as to leave a gap in a radial direction, and the first through hole is an elongated hole extending in a single direction which is perpendicular to a center axis of the cylinder.
A method for extracting carotenoid substances from plant matrices, comprising the steps of: conditioning the plant matrix; treating the matrix with an enzymatic formulation in an aqueous phase; extracting the mixture comprising the matrix and the enzymatic formulation with an organic solvent; separating the aqueous phase from the organic phase and recovering the enzymatic formulation; removing the organic solvent and purifying the so-obtained carotenoid substances, wherein the enzymatic formulation includes pectinase, hemicellulase and cellulase enzymes having 1/6 pectinase activity, 1/6 hemicellulase activity and 4/6 cellulase activity.
An apparatus for treating the human or animal body, having - an applicator (9, 11, 16, 22, 25, 25') for an extraneous application onto the body, - a casing (1, 2, 3) in which the applicator (9, 11, 16, 22, 25, 25') is held, and - a mechanism (6, 13, 21) for producing impacts of the applicator (9, 11, 16, 22, 25, 25') relative to the casing (1, 2, 3) in an impact direction so that the impacts can be coupled into the body in the application thereon, characterised in that the applicator (9, 11, 16, 22, 25, 25') is made concave and soft at a front face (17, 38, 39) facing forwardly in the impact direction and adapted for being applied onto the body, and the softness results from that the applicator (9, 11, 16, 22, 25, 25') consists, at the concave and soft front face (17, 38, 39), of an elastomeric material having a Shore hardness of at most 60 Sh, wherein the elastomeric material has a thickness at the concave shape of at least 3 mm in the impact direction. - an applicator (9, 11, 16, 22, 25, 25') for an extraneous application onto the body, - a casing (1, 2, 3) in which the applicator (9, 11, 16, 22, 25, 25') is held, and - a mechanism (6, 13, 21) for producing impacts of the applicator (9, 11, 16, 22, 25, 25') relative to the casing (1, 2, 3) in an impact direction so that the impacts can be coupled into the body in the application thereon,
A battery module (140, 700, 900) comprising: first and second charging terminals (503, 504, 703, 704) for connecting the battery module to a power source; a battery cell arrangement having first and second terminals (501, 502, 701, 702); and a direct current to direct current converter (510, 710, 910), wherein the first terminal (501, 701) of the battery cell arrangement is connected to the first charging terminal (503, 703), wherein an input terminal (511, 711, 911) of the converter is connected to the second terminal (502, 702) of the battery cell arrangement and another input terminal (512, 712, 912) of the converter is connected to the second charging terminal (504, 704), wherein an output terminal (513, 713, 913) of the converter is connected to the first terminal of the battery cell arrangement, wherein the converter is adapted to convert an input voltage received at the input terminals of the converter to an output voltage at said output terminal of the converter, and wherein the output voltage is higher than the input voltage. first and second charging terminals (503, 504, 703, 704) for connecting the battery module to a power source; a battery cell arrangement having first and second terminals (501, 502, 701, 702); and a direct current to direct current converter (510, 710, 910), wherein the first terminal (501, 701) of the battery cell arrangement is connected to the first charging terminal (503, 703), wherein an input terminal (511, 711, 911) of the converter is connected to the second terminal (502, 702) of the battery cell arrangement and another input terminal (512, 712, 912) of the converter is connected to the second charging terminal (504, 704), wherein an output terminal (513, 713, 913) of the converter is connected to the first terminal of the battery cell arrangement, wherein the converter is adapted to convert an input voltage received at the input terminals of the converter to an output voltage at said output terminal of the converter, and wherein the output voltage is higher than the input voltage.
Protective panel designed to be fixed onto a part of the bodywork of a motor vehicle, said panel comprising a rigid wall made from a rigid plastic material and a flexible wall made from a flexible material, said two walls (2, 3) being in contact with one another in an area that surrounds a cell in which the flexible wall is spaced apart from the rigid wall and is rounded in a protruding manner, the rigid wall comprising on one of its surfaces attachments for attaching said rigid wall to said portion of the bodywork, the flexible wall comprising a hollow housing arranged to receive a complementary part, said hollow housing forming a groove around the cell, characterised in that the protective panel comprises a first fixing hole and a second fixing hole traversing the flexible wall and the rigid wall, said fixing holes being arranged so as to permit the passage of an attachment means of the complementary part designed to be fixed onto said protective panel, said attachment holes being arranged at a distance from the edge of the cell and located in the hollow housing.
A ground cover mulch which includes a paper substrate originating from vegetable fibre-bearing pulp which has been web-formed, characterized in that also comprises a cellulose carbamate.
Vertical stairs comprising a bearing structure, which comprises an external body forming a space adapted to house at least one user, said bearing structure which is arranged between a first station and at least one second station, two boards, which can slide by means of at least one slide along at least one guide comprised in a mechanical system, adapted to move said boards along said at least one guide; said mechanical system allows said boards to be moved along a vertical axis as a function of the distribution of the weight of at least one user on at least one portion of said boards, and as a function of the direction in which said user wants to move along said vertical axis between said stations; said mechanical system comprises: - at least one guide comprising at least one column; - at least one traction means, which is connected to one board; - at least one countershaft, adapted to allow said traction means to move; - at least one counterweight, which is connected to said traction means, adapted to lift one board; - at least one controlled wheel adapted to recover electronic energy or to assist the movement of the board during different operating configurations; - at least one control device, adapted to control the devices comprised in the stairs; said at least one traction means is arranged on the controlled wheel, and said traction means generates a closed path between said fixed wheel and said countershaft, which is splined to a first shaft (S') by means of at least one rolling bearing; said controlled wheel is splined to a second shaft and is supported by means supports which comprise rolling bearings; said controlled wheel is controlled by said control device allowing the control wheel to rotate in a proper direction in function of the operating configuration; wherein said mechanical system comprises two mirror-like structures, each of which adapted to allow the movement along a vertical direction of one board; said boards being placed between said two mirror-like structures. - at least one guide comprising at least one column; - at least one traction means, which is connected to one board; - at least one countershaft, adapted to allow said traction means to move; - at least one counterweight, which is connected to said traction means, adapted to lift one board; - at least one controlled wheel adapted to recover electronic energy or to assist the movement of the board during different operating configurations; - at least one control device, adapted to control the devices comprised in the stairs;
Device having a strap for carrying an electronic device cross-body against the chest of a user, comprising a support having a band, the band of which support extends over a particular length to carry said electronic device flat, said device comprising connecting means designed to fix the length of band of the support between two ends of the strap to form the cross-body strap, the band of the support having a band comprising a first face which is oriented toward the chest when the strap is worn cross-body, and a second face (5") which is opposite the first face and comprises fixing means designed to fix the electronic device flat against the second face of the band of the support, characterized in that the strap comprises, at each end, a resilient return means connected to the support, said support being designed to be moved between a use position, in which the ends of the strap and the support are not fixed by the connecting means, and a rest position, in which the ends of the strap and the support are fixed by the connecting means, and in that the return means are designed to resiliently return the support from the use position to the rest position.
A hardware acceleration method, comprising: obtaining, by a compiler, source code; compiling (202, 605), by the compiler a code segment in the source code into first executable code matching a first processor, and sending the first executable code to the first processor; and if receiving first execution information that is obtained by means of statistics collection by the first processor and that is of the first executable code, and determining, according to the first execution information, that a code segment corresponding to the first executable code matches a second processor so that the code segment corresponding to the first executable code can be executed efficiently by the second processor, compiling (203, 612) the code segment corresponding to the first executable code into second executable code, and sending (203, 614) the second executable code to the second processor; and characterized in that the method further comprises if a priority of a process corresponding to the code segment is higher than a priority of a process corresponding to executable code being executed in the second processor and if a busy degree of the second processor is higher than a preset threshold, stopping the executable code being executed in the second processor, and compiling a code segment corresponding to the executable code being executed in the second processor into executable code matching the first processor, and sending the executable code matching the first processor to the first processor. obtaining, by a compiler, source code; compiling (202, 605), by the compiler a code segment in the source code into first executable code matching a first processor, and sending the first executable code to the first processor; and if receiving first execution information that is obtained by means of statistics collection by the first processor and that is of the first executable code, and determining, according to the first execution information, that a code segment corresponding to the first executable code matches a second processor so that the code segment corresponding to the first executable code can be executed efficiently by the second processor, compiling (203, 612) the code segment corresponding to the first executable code into second executable code, and sending (203, 614) the second executable code to the second processor; and characterized in that the method further comprises if a priority of a process corresponding to the code segment is higher than a priority of a process corresponding to executable code being executed in the second processor and if a busy degree of the second processor is higher than a preset threshold, stopping the executable code being executed in the second processor, and compiling a code segment corresponding to the executable code being executed in the second processor into executable code matching the first processor, and sending the executable code matching the first processor to the first processor.