mhurhangee/ep-ind-claims huggingface dataset:
An electrical assembly comprising; a plurality of primary electrical components, each comprising a semiconductor device; a plurality of primary heat sinks, each having a primary electrical component mounted thereon to provide a heat sink for the primary electrical component; a plurality of secondary electrical components, each electrically connected or coupled with a primary electrical component; a plurality of secondary heat sinks, each having the secondary electrical component mounted thereon to provide a heat sink for the secondary electrical component; wherein the plurality of primary heat sinks and associated primary electrical components are arranged in a stack wherein, in the stack, a second primary heat sink is positioned adjacent a first primary heat sink in the stack and is arranged such the primary electrical component of the first primary heat sink is clamped between the first primary heat sink and the second primary heat sink by a clamping arrangement and wherein each primary heat sink and the adjacent secondary heat sink are physically releasably couplable to one another and, when coupled, the primary and secondary heat sinks (2, 3) are thermally coupled by abutment of respective heat transfer surfaces (6, 7) of the primary and secondary heat sinks (2, 3). a plurality of primary electrical components, each comprising a semiconductor device; a plurality of primary heat sinks, each having a primary electrical component mounted thereon to provide a heat sink for the primary electrical component; a plurality of secondary electrical components, each electrically connected or coupled with a primary electrical component; a plurality of secondary heat sinks, each having the secondary electrical component mounted thereon to provide a heat sink for the secondary electrical component; wherein the plurality of primary heat sinks and associated primary electrical components are arranged in a stack wherein, in the stack, a second primary heat sink is positioned adjacent a first primary heat sink in the stack and is arranged such the primary electrical component of the first primary heat sink is clamped between the first primary heat sink and the second primary heat sink by a clamping arrangement and wherein each primary heat sink and the adjacent secondary heat sink are physically releasably couplable to one another and, when coupled, the primary and secondary heat sinks (2, 3) are thermally coupled by abutment of respective heat transfer surfaces (6, 7) of the primary and secondary heat sinks (2, 3).
A machine tool including: movement means having a first feed axis and a second feed axis that mutually intersect; a tool post movable with the movement means, a plurality of tools supported on a tool post, a spindle holding a work to be machined by the plurality of tools; wherein the movement means is composed of two feed mechanisms of one feed mechanism having the first feed axis and another feed mechanism having the second feed axis; the plurality of tools is movable as a unit along with movement of the tool post with the movement means, the tool post is movable in a cut-in direction so that machining with a particular one of the tools is executed, each of the plurality of tools is arranged in parallel along a direction orthogonal to the cut-in direction, the tool post is movable on a straight line along a selection axis of the plurality of tools intersecting with the cut-in direction so that the plurality of tools supported by the tool post is selectively switched, and the cut-in direction intersects with the first feed axis and the second feed axis, characterized in that the plurality of tools is arranged such that blade edges thereof are aligned with the straight line along the selection axis of the tools, one of the first feed axis and the second feed axis is arranged along the straight line along the selection axis of the tools, and respective blade edges of the plurality of tools are staggered in a stepwise fashion in the cut-in direction. movement means having a first feed axis and a second feed axis that mutually intersect; a tool post movable with the movement means, a plurality of tools supported on a tool post, a spindle holding a work to be machined by the plurality of tools; wherein the movement means is composed of two feed mechanisms of one feed mechanism having the first feed axis and another feed mechanism having the second feed axis; the plurality of tools is movable as a unit along with movement of the tool post with the movement means, the tool post is movable in a cut-in direction so that machining with a particular one of the tools is executed, each of the plurality of tools is arranged in parallel along a direction orthogonal to the cut-in direction, the tool post is movable on a straight line along a selection axis of the plurality of tools intersecting with the cut-in direction so that the plurality of tools supported by the tool post is selectively switched, and the cut-in direction intersects with the first feed axis and the second feed axis, characterized in that the plurality of tools is arranged such that blade edges thereof are aligned with the straight line along the selection axis of the tools, one of the first feed axis and the second feed axis is arranged along the straight line along the selection axis of the tools, and respective blade edges of the plurality of tools are staggered in a stepwise fashion in the cut-in direction.
A lubricating oil composition, comprising 0.01 part by mass to 6 parts by mass of a multifunctional lubricant composition with respect to 100 parts by mass of a lubricant base oil, wherein the multifunctional lubricant composition is a mixture consisting of, with respect to 100 parts by mass of phosphorus compound represented by the following general formula, 26 parts by mass to 43 parts by mass of phosphorus compound represented by the following general formula, 0 parts by mass to 1.3 parts by mass of phosphorus compound represented by the following general formula, and a total of 0 parts by mass to 1.3 parts by mass of triphenyl phosphate and tricresyl phosphate: where R 1 represents a hydrocarbon group having 1 to 10 carbon atoms, R 2 represents a hydrogen atom or a hydrocarbon group having 1 to 10 carbon atoms, and R 3 and R 4 each independently represent a hydrogen atom or a methyl group, provided that when R 1 represents a methyl group, R 2 does not represent a hydrogen atom; where R 5 and R 7 each independently represent a hydrocarbon group having 1 to 10 carbon atoms, R 6 and R 8 each independently represent a hydrogen atom or a hydrocarbon group having 1 to 10 carbon atoms, and R 9 represents a hydrogen atom or a methyl group, provided that when R 5 represents a methyl group, R 6 does not represent a hydrogen atom, and that when R 7 represents a methyl group, R 8 does not represent a hydrogen atom; where R 10, R 12, and R 14 each independently represent a hydrocarbon group having 1 to 10 carbon atoms, and R 11, R 13, and R 15 each independently represent a hydrogen atom or a methyl group, provided that when R 10 represents a methyl group, R 11 does not represent a hydrogen atom, that when R 12 represents a methyl group, R 13 does not represent a hydrogen atom, and that when R 14 represents a methyl group, R 15 does not represent a hydrogen atom, wherein the lubricant base oil is selected from a mineral base oil, a chemical synthetic base oil, animal and vegetable base oils, and a mixed base oil thereof.
A rotary separator for filtering the gas mixture present in the crankcase, comprising a casing provided with at least one gas suction opening (23, 24) and a plurality of oil outlet side openings, said casing defining a chamber that houses a rotary system which is shaped to define a plurality of paths which extend from the gas suction opening (23, 24) to the oil outlet openings, wherein the rotary system is configured to carry out a dual function: b) providing a radial blading for a centrifugal fan that sucks the gas mixture from the suction opening (23, 24) and sends it to the outlet openings; and providing, by means of said radial blading, an impact system along which the sucked gas mixture flows and the oil particles present in the mixture impact against walls defining the path and are pushed by the centrifugal force towards the oil outlet openings so as to be released outside the rotary separator, characterised in that the rotary system is configured to provide nozzles with sections decreasing along the path adapted to accelerate the gas mixture; abutment means being provided, which are adapted to carry out a sudden change of path of the accelerated gas mixture to obtain the release of the oil particles.
A portable infusion pump system, comprising: an infusion cartridge including a drug delivery reservoir configured to contain a medicament; a delivery mechanism configured to deliver medicament from the drug delivery reservoir to a patient; and a processor configured to: obtain data on a medicament capacity of the drug delivery reservoir; analyze the obtained data on the medicament capacity of the drug delivery reservoir to determine the medicament capacity of the drug delivery reservoir; and determine and set one or more therapeutic parameters of the infusion pump based on the medicament capacity of the drug delivery reservoir; characterised in that determining and setting the one or more therapeutic parameters of the infusion pump based on the medicament capacity of the drug delivery reservoir comprises determining and setting parameters at lower values for reservoirs having lower volume capacities and at higher values for reservoirs having higher volume capacities. an infusion cartridge including a drug delivery reservoir configured to contain a medicament; a delivery mechanism configured to deliver medicament from the drug delivery reservoir to a patient; and a processor configured to: obtain data on a medicament capacity of the drug delivery reservoir; analyze the obtained data on the medicament capacity of the drug delivery reservoir to determine the medicament capacity of the drug delivery reservoir; and determine and set one or more therapeutic parameters of the infusion pump based on the medicament capacity of the drug delivery reservoir; characterised in that determining and setting the one or more therapeutic parameters of the infusion pump based on the medicament capacity of the drug delivery reservoir comprises determining and setting parameters at lower values for reservoirs having lower volume capacities and at higher values for reservoirs having higher volume capacities. obtain data on a medicament capacity of the drug delivery reservoir; analyze the obtained data on the medicament capacity of the drug delivery reservoir to determine the medicament capacity of the drug delivery reservoir; and determine and set one or more therapeutic parameters of the infusion pump based on the medicament capacity of the drug delivery reservoir; characterised in that determining and setting the one or more therapeutic parameters of the infusion pump based on the medicament capacity of the drug delivery reservoir comprises determining and setting parameters at lower values for reservoirs having lower volume capacities and at higher values for reservoirs having higher volume capacities.
Drive arrangement for a hand-guided working machine for agriculture, forestry and horticulture applications, comprising an electric motor, a storage means for electrical energy, and a control apparatus for the electric motor which is fed from the energy storage means, with the electric motor having a specific, in particular linear, characteristic curve between the electric current (i) which is consumed by the electric motor and the rotational speed (n) of an output shaft of the electric motor, wherein the control apparatus comprises preferably current-limiting means which limit the current (i) which flows through the electric motor to a maximum value in order to protect the electric motor against overloading, characterized in that the control-limiting means impose on the electric motor a control characteristic curve (34 V) which limits the current consumption of the electric motor in dependence on the rotational speed (n), wherein the control characteristic curve (34 V) comprises in a region of very low rotational speeds a breakaway section (50 V), which is preferably formed relatively narrow and which effects at starting of the electric motor from a standstill a relatively low current limitation, whereas at other rotational speeds in the control characteristic curve section for low rotational speeds (37 V) current is limited so as to optimize efficiency.
Atrial retractor configured for use in a surgical procedure on a heart with a left and a right atrium and a mitral valve, comprising: an elongated handle defining an axis and having first and second ends (11, 12); a retractor head comprising a blade having a proximal end part and a distal end part, said blade extending in a blade direction between the proximal end part and the distal end part; said retractor head being configured to be placed in the atrium to move the heart tissue to create more space at the location to perform surgery on; characterized in that the atrial retractor further comprises: a first hinged connection at the second end of the handle, said first hinged connection defining a first pivot axis perpendicular on the handle, and said first hinged connection being configured to be connected to said proximal end of the retractor head such that the first pivot axis is perpendicular on the blade direction, and adjusting means for adjusting the angle of the blade direction of the retractor head relative to the axis of the handle when the retractor head is placed in the heart. an elongated handle defining an axis and having first and second ends (11, 12); a retractor head comprising a blade having a proximal end part and a distal end part, said blade extending in a blade direction between the proximal end part and the distal end part; said retractor head being configured to be placed in the atrium to move the heart tissue to create more space at the location to perform surgery on; characterized in that the atrial retractor further comprises: a first hinged connection at the second end of the handle, said first hinged connection defining a first pivot axis perpendicular on the handle, and said first hinged connection being configured to be connected to said proximal end of the retractor head such that the first pivot axis is perpendicular on the blade direction, and adjusting means for adjusting the angle of the blade direction of the retractor head relative to the axis of the handle when the retractor head is placed in the heart. a first hinged connection at the second end of the handle, said first hinged connection defining a first pivot axis perpendicular on the handle, and said first hinged connection being configured to be connected to said proximal end of the retractor head such that the first pivot axis is perpendicular on the blade direction, and adjusting means for adjusting the angle of the blade direction of the retractor head relative to the axis of the handle when the retractor head is placed in the heart.
Vehicle architecture comprising a rigid structural chassis of platform type; said architecture also comprising an independent shell module supported by said chassis and forming the cabin and the body of the vehicle, said shell module being produced by the assembly of polymer parts in the form of hollow bodies having closed volumes, said parts being assembled to the chassis and arranged in such a way as to produce a protection around the passengers of the vehicle, the rigid structural chassis consisting of three separate modules (11, 12, 13) which, once assembled together, take up all the road forces of the vehicle and serve for the propulsion thereof, said modules comprising a front module, a central platform and a rear module, said front module comprising at least an electric motor, a transmission and steering elements, characterized in that said architecture comprises at least two configurations, a first configuration in which the rear module is formed by suspension elements and by ground-contact elements, and a second configuration in which the rear module is formed by a front module modified by eliminating the steering elements, the first configuration having 2 drive wheels at the front and the second configuration having 4 drive wheels.
Mobile stowage assembly for a motor vehicle cabin, comprising: - two guide rails (20, 22) designed to be installed parallel in a longitudinal direction and in the centre of a motor vehicle cabin, said two rails each having a rolling track, - a central console comprising a chassis having two lateral parts (28, 30) opposite to one another, and two pairs of rollers (44, 46; 48, 50) respectively mounted on said two lateral parts (28, 30), said two pairs of rollers (44, 46; 48, 50) being designed to respectively bear on the rolling tracks of said two guide rails (20, 22) in order to be able to guide said central console in translation; - said guide rails (20, 22) each comprising a slideway extending below said rolling track, whereas said chassis comprises two free wings (36, 38) extending respectively back below said pairs of rollers (44, 46; 48, 50) in order to be able to slide in the slideways; characterized in that said two free wings (36, 38) further each comprise play-compensating shoes. - two guide rails (20, 22) designed to be installed parallel in a longitudinal direction and in the centre of a motor vehicle cabin, said two rails each having a rolling track, - a central console comprising a chassis having two lateral parts (28, 30) opposite to one another, and two pairs of rollers (44, 46; 48, 50) respectively mounted on said two lateral parts (28, 30), said two pairs of rollers (44, 46; 48, 50) being designed to respectively bear on the rolling tracks of said two guide rails (20, 22) in order to be able to guide said central console in translation; - said guide rails (20, 22) each comprising a slideway extending below said rolling track, whereas said chassis comprises two free wings (36, 38) extending respectively back below said pairs of rollers (44, 46; 48, 50) in order to be able to slide in the slideways;
Method for the implementation and use of cryptographic material in at least one system component of an information technology system (IT-S) for carrying out at least one operation, wherein a state of the system component described by at least one variable is checked at least at a first point in time, the cryptographic material is supplemented with additional data, the additional data describing possible states of system components, and the cryptographic material is used by the system component if the additional data of the cryptographic material comprise at least the state that the system component has at the first point in time, characterized in that the additional data are formed by at least one condition (BED, BED KM *, BED KM Prov, BED KM Type(skid), Type(skid), Prov), at least one role (ROLE KM *) and/or at least one target component identity (ZKIDENT KM), and all conditions (BED, BED KM *, BED KM Prov, BED KM Type(skid), BED KM Type(skid), Prov) are defined by a creator, which is external to the system component, and evaluated by at least one evaluator, which is executed in an environment of the system component, wherein the creator and the evaluator jointly determine which variables may be used by the creator in the definition.
Method for producing solid-body layers, in particular for use as wafers, having the following steps: providing a workpiece for detaching the solid-body layers, wherein the material proportions of the workpiece that form the solid-body layers are disposed one on top of another before detachment in the longitudinal direction of the workpiece, and wherein the workpiece has at least one exposed surface, generating defects within the workpiece by means of a defect generation device, wherein the defect generation device is a laser, wherein the defects are generated in a crack progression layer, wherein the crack progression layer is generated with an inclination with respect to the longitudinal axis of the workpiece, wherein the crack progression layer and the longitudinal axis are aligned at an angle in relation to one another which differs from 90°, wherein the defects are generated by means of laser radiation from the laser, wherein the laser radiation penetrates the solid body via the exposed surface of the solid-body layer, wherein the exposed surface is a constituent part of the solid-body layer that is to be separated, applying or generating an acceptor layer to or on the exposed surface of the workpiece with formation of a composite structure, controlling the temperature of the acceptor layer to generate stresses within the workpiece, wherein the stresses bring about crack propagation within the workpiece, wherein the crack propagation causes separation of a solid-body layer from the workpiece along the crack progression layer. providing a workpiece for detaching the solid-body layers, wherein the material proportions of the workpiece that form the solid-body layers are disposed one on top of another before detachment in the longitudinal direction of the workpiece, and wherein the workpiece has at least one exposed surface, generating defects within the workpiece by means of a defect generation device, wherein the defect generation device is a laser, wherein the defects are generated in a crack progression layer, wherein the crack progression layer is generated with an inclination with respect to the longitudinal axis of the workpiece, wherein the crack progression layer and the longitudinal axis are aligned at an angle in relation to one another which differs from 90°, wherein the defects are generated by means of laser radiation from the laser, wherein the laser radiation penetrates the solid body via the exposed surface of the solid-body layer, wherein the exposed surface is a constituent part of the solid-body layer that is to be separated, applying or generating an acceptor layer to or on the exposed surface of the workpiece with formation of a composite structure, controlling the temperature of the acceptor layer to generate stresses within the workpiece, wherein the stresses bring about crack propagation within the workpiece, wherein the crack propagation causes separation of a solid-body layer from the workpiece along the crack progression layer.