mhurhangee/ep-ind-claims huggingface dataset:
A plantar orthosis, for supporting a user's plantar arch, wherein a heel portion and a metatarsus portion are identified, separated by an intermediate portion of plantar arch, comprising: • a covering layer intended to receive a user's resting foot; • a finishing lower layer; • a base reinforcement layer, intermediate between said covering layer and lower layer, supporting and guiding the dynamic motions of compression, extending and twisting the plantar arch in the non-linear action thereof of helical winding/unwinding of pronosupination; • a dynamic element, positioned between the base reinforcement layer and the lower layer, which is formed by a continuous belt-like strip, arranged near the external edge of the heel portion, and which extends with one or more belt-like branches as far as respective front resting portions of the plantar orthosis at the external midfoot and near the hallux of said plantar arch, wherein the continuous dynamic element is made of elastic material which is deformable to a greater extent than both the base reinforcement layer and the lower layer including it, and wherein said continuous belt-like strip elastically deforms and varies its own dimensions in the different directions, as a result of said non-linear action of helical winding/unwinding of pronosupination, by generating thereinside a pressure elastic wave along its length and later returning to its own natural shape, so as to store, transfer, address and release elastic mechanical energy from the heel portion to the metatarsus portion and vice-versa according to preferential privileged directrices. • a covering layer intended to receive a user's resting foot; • a finishing lower layer; • a base reinforcement layer, intermediate between said covering layer and lower layer, supporting and guiding the dynamic motions of compression, extending and twisting the plantar arch in the non-linear action thereof of helical winding/unwinding of pronosupination; • a dynamic element, positioned between the base reinforcement layer and the lower layer, which is formed by a continuous belt-like strip, arranged near the external edge of the heel portion, and which extends with one or more belt-like branches as far as respective front resting portions of the plantar orthosis at the external midfoot and near the hallux of said plantar arch,
An electrical plug-in connection device for replicating at least one power supply socket of a computer component, comprising a base component, an adapter plug and an adapter socket, wherein the adapter plug is configured in accordance with the design to form an electrical plug-in connection with the power supply socket of the computer component, and the adapter socket is configured in accordance with the design to replicate the power supply socket of the computer component, and wherein the adapter plug and the adapter socket are arranged on the base component with plug-in connection directions (SR1, SR2) which deviate from one another, and the adapter plug and the adapter socket are electrically contacted via internal connecting wires, characterized by an electronic measuring device, wherein the electronic measuring device is adapted to measure at least one electrical characteristic on the internal connecting wires.
Headlamp having a plurality of approximately spotlike light-emitting diode arrangements which are arranged at a distance from one another, and also having a cooling device for dissipating lost heat, which is produced in the light-emitting diode arrangements, by means of a fluid flow which is forced through a fluid conveying device via a heat sink arrangement which is connected to the light-emitting diode arrangements with good thermal conductivity, wherein the heat sink arrangement contains a plurality of discrete heat sinks which are at a distance from one another, and a flow conducting device acts on the heat sinks individually with partial fluid flows via flow channels which are connected in parallel to one another, characterized in that the plurality of light-emitting diode arrangements are arranged on a common carrier plate, and the flow channels run on the averted rear face of the carrier plate transversely in relation to the carrier plate.
A tension adjust device for a chair, the tension adjust device comprising: a carrier member; an actuation member rotatable in a first direction and in a second direction opposite to the first direction, the actuation member being configured to rotate the carrier member; a ratchet mechanism coupled between the actuation member and the carrier member, the ratchet mechanism comprising a locking pawl and a profile having a plurality of recesses (37, 38) for engagement with the locking pawl; and a disengagement mechanism (35, 36) configured to maintain the ratchet mechanism in a disengaged state when the actuation member rotates the carrier member in the second direction, the locking pawl remaining disengaged from the recesses (37, 38) of the profile while the ratchet mechanism is in the disengaged state. a carrier member; an actuation member rotatable in a first direction and in a second direction opposite to the first direction, the actuation member being configured to rotate the carrier member; a ratchet mechanism coupled between the actuation member and the carrier member, the ratchet mechanism comprising a locking pawl and a profile having a plurality of recesses (37, 38) for engagement with the locking pawl; and a disengagement mechanism (35, 36) configured to maintain the ratchet mechanism in a disengaged state when the actuation member rotates the carrier member in the second direction, the locking pawl remaining disengaged from the recesses (37, 38) of the profile while the ratchet mechanism is in the disengaged state.
A vehicle control device comprising: an engine that is a power source of a vehicle; an electrical storage device; a starting device connected to the electrical storage device and configured to consume electrical power to start the engine; and a power steering device connected to the electrical storage device and configured to consume electrical power to generate an assist torque, wherein an engine stop control of causing the engine to be in a stopped state is executable during travelling of the vehicle, the engine stop control is prohibited on the basis of power consumption of the power steering device predicted from a steering history, the power steering device generates the assist torque by an electric motor, the steering history is a transition of an assist current value and a rotation speed of the electric motor, and the engine stop control is prohibited on the basis of a maximum output of the electric motor determined from an output voltage of the electrical storage device of when the engine was started in the past, and a predicted value of the assist current value and a predicted value of the rotation speed of the electric motor based on the transition. an engine that is a power source of a vehicle; an electrical storage device; a starting device connected to the electrical storage device and configured to consume electrical power to start the engine; and a power steering device connected to the electrical storage device and configured to consume electrical power to generate an assist torque, wherein an engine stop control of causing the engine to be in a stopped state is executable during travelling of the vehicle, the engine stop control is prohibited on the basis of power consumption of the power steering device predicted from a steering history, the power steering device generates the assist torque by an electric motor, the steering history is a transition of an assist current value and a rotation speed of the electric motor, and the engine stop control is prohibited on the basis of a maximum output of the electric motor determined from an output voltage of the electrical storage device of when the engine was started in the past, and a predicted value of the assist current value and a predicted value of the rotation speed of the electric motor based on the transition.
Wall construction element comprising a flat insulating element and at least one glass block, wherein the insulating element comprises two panes (5, 6) which are transparent at least in parts and preferably full-surface, which are arranged at a distance from one another by means of a circumferential frame and with the formation of an enclosed cavity, and wherein the frame is in airtight connection with each of the two panes (5, 6) by means of an adhesive layer, and wherein at least one glass block is connected by a connecting adhesive layer to one of the two panes (5, 6) of the insulating element, wherein the frame consists of aluminium, glass, plastic, or a plastic composite.
An addition-reaction-curable silicone rubber composition comprising: 0.001 to 5 mass % of a metal deactivator selected from a diacyl-hydrazide-based compound, an aminotriazole-based compound, and an amino-containing triazine-based compound; and 0.001 to 5 mass % of a curing-retarder selected from an alcohol derivative having carbon-carbon triple bonds, an enyne compound, an alkenyl-containing low-molecular-weight organosiloxane compound, or an alkyne-containing silane; wherein the diacylhydrazide-based compound is represented by the following general formula: where R 1 and R 2 may be the same or different and are each independently represented by a hydrogen atom, a hydroxyl group, an alkyl group, a substituted alkyl group, an aryl group, a phenol group or similar substituted aryl group, an aralkyl group, or a substituted aralkyl group; the aminotriazole-based compound is expressed by the following general formula: where R 4 is a hydrogen atom, an alkyl group, a substituted alkyl group, a substituted aryl group, a carboxyl group, an acyl group, an alkyl-ester group, an aryl-ester group, a halogen, or an alkali metal, R 3 is a hydrogen atom or an acyl group, and R 5 is an acyl group; and the amino-containing triazine-based compound is 2,4,6-triamino-1,3,5-triazine. 0.001 to 5 mass % of a metal deactivator selected from a diacyl-hydrazide-based compound, an aminotriazole-based compound, and an amino-containing triazine-based compound; and 0.001 to 5 mass % of a curing-retarder selected from an alcohol derivative having carbon-carbon triple bonds, an enyne compound, an alkenyl-containing low-molecular-weight organosiloxane compound, or an alkyne-containing silane;
Joint implant for new tissue formation at a joint, the joint implant comprising a pinlike body having a bottom region, a top region and a shell region, and at least the top region, more particularly the entire pinlike body, of the joint implant has an artificial trabecular structure produced by means of a 3D printing process, characterized in that a hydrophobic surface is realized through hydrophobic nanostructuring of a substrate. at least the top region, more particularly the entire pinlike body, of the joint implant has an artificial trabecular structure produced by means of a 3D printing process, characterized in that a hydrophobic surface is realized through hydrophobic nanostructuring of a substrate.
An air vent for a vehicle, comprising: - a housing, - an air duct delimited by the housing and having an air inlet end and an air outlet end, wherein an air flow flowing through the air duct can flow from the air inlet end to the air outlet end along a main flow direction, - an outflow grating arranged at the air outlet end, wherein the outflow grating has an opening grid with grating openings spaced apart from one another by means of webs, and - a plurality of air-guiding elements (32, 200, 202) which are arranged in the air duct upstream of the outflow grating in the flow direction, wherein the air-guiding elements (32, 200, 202) form an opening grid with grating openings (36, 210) which are larger than the grating openings of the outflow grating, characterized in that the grating openings of the outflow grating widen in the main flow direction, and wherein the grating openings of the outflow grating each have an opening area in the range from 1 mm 2 to 25 mm 2. - a housing, - an air duct delimited by the housing and having an air inlet end and an air outlet end, wherein an air flow flowing through the air duct can flow from the air inlet end to the air outlet end along a main flow direction, - an outflow grating arranged at the air outlet end, wherein the outflow grating has an opening grid with grating openings spaced apart from one another by means of webs, and - a plurality of air-guiding elements (32, 200, 202) which are arranged in the air duct upstream of the outflow grating in the flow direction, wherein the air-guiding elements (32, 200, 202) form an opening grid with grating openings (36, 210) which are larger than the grating openings of the outflow grating, the grating openings of the outflow grating widen in the main flow direction, and wherein the grating openings of the outflow grating each have an opening area in the range from 1 mm 2 to 25 mm 2.
A protective locking system for a vial comprising: a) a vial cap lock configured to be fitted to cover a septum on a vial containing a medical fluid; b) the vial cap lock having a key, a locking cap and a slide guard; wherein: the key has a first needle opening sized to receive a needle therethrough, the locking cap has a second needle opening sized to receive a needle therethrough, and the slide guard has a third needle opening sized to receive a needle therethrough; and the key is configured to be received by and movable relative to the locking cap from a first position, wherein the third needle opening through the slide guard is not aligned with the respective first and second needle openings (24, 26) through the key and locking cap, to a second position wherein the key moves the slide guard relative to the locking cap and the respective needle openings through the slide guard, the key and the locking cap are aligned to receive a needle therethrough. a) a vial cap lock configured to be fitted to cover a septum on a vial containing a medical fluid; b) the vial cap lock having a key, a locking cap and a slide guard; the key has a first needle opening sized to receive a needle therethrough, the locking cap has a second needle opening sized to receive a needle therethrough, and the slide guard has a third needle opening sized to receive a needle therethrough; and the key is configured to be received by and movable relative to the locking cap from a first position, wherein the third needle opening through the slide guard is not aligned with the respective first and second needle openings (24, 26) through the key and locking cap, to a second position wherein the key moves the slide guard relative to the locking cap and the respective needle openings through the slide guard, the key and the locking cap are aligned to receive a needle therethrough.
A liquid cell suspension medium for growing or suspending cells which exhibits under low shear stress conditions a viscosity sufficiently high to prevent cells from falling out of suspension, comprising a cell culture medium and an amount of between 0.01% and 0.36% w/v of a xanthan:galactomannan polysaccharide additive having a ratio of xanthan polysaccharide to galactomannan polysaccharide of between 60:40 and 20:80 w/w.
A method for adjusting a suction force for a media holddown, comprising: detecting an advancement of a media relative to a media holddown surface along a media advancement direction, wherein the holddown surface has a plurality of suction zones (30a, 30b) arranged along the media advancement direction; adjusting a suction force in the plurality of suction zones (30a, 30b) in accordance with the advancement of the media relative to the media holddown surface; wherein the suction force is provided by a vacuum source that is selectively connectable to the plurality of suction zones (30a, 30b), and adjusting the suction force comprises selectively connecting the vacuum source to the plurality of suction zones (30a, 30b), in accordance with the advancement of the media relative to the media holddown surface; characterized in that the suction zones of the plurality of suctions zones (30a, 30b) are separated by at least one vacuum valve, and wherein the adjusting of the plurality of suction zones comprises controlling the vacuum valve in accordance with the media advancement relative to the media holddown surface. detecting an advancement of a media relative to a media holddown surface along a media advancement direction, wherein the holddown surface has a plurality of suction zones (30a, 30b) arranged along the media advancement direction; adjusting a suction force in the plurality of suction zones (30a, 30b) in accordance with the advancement of the media relative to the media holddown surface; wherein the suction force is provided by a vacuum source that is selectively connectable to the plurality of suction zones (30a, 30b), and adjusting the suction force comprises selectively connecting the vacuum source to the plurality of suction zones (30a, 30b), in accordance with the advancement of the media relative to the media holddown surface; characterized in that the suction zones of the plurality of suctions zones (30a, 30b) are separated by at least one vacuum valve, and wherein the adjusting of the plurality of suction zones comprises controlling the vacuum valve in accordance with the media advancement relative to the media holddown surface.
A method of venting a vacuum pump having a fast-rotating rotor by admitting a gas when a drive of the rotor is switched off, characterized in that the throughflow quantity of a valve arrangement comprising at least one venting valve (261, 262) for the carrying out of at least one subsequent venting procedure is set while assessing a time measurement in which the time period (t F) for a rotational speed reduction from a first value (f O) to a second value (f U) is determined during at least one venting procedure, said rotational speed reduction being effected by the admitted gas.
Use of triglyceride comprising arachidonic acid as a part of or all of the constituting fatty acids, or of methyl arachidonate or ethyl arachidonate, as active ingredient in the manufacture of a composition having a normalising action for infradian rhythm and/or a synchronisation promoting action for circadian rhythm, the composition being for therapeutic prevention or alleviation of biorhythm disorder caused by abnormality of infradian rhythm, or by retardation of synchronisation of circadian rhythm.
A biocompatible scaffold for three dimensional cultivation of astroglia cells, the scaffold comprises: one or more fibers randomly oriented to form a scaffold with open spaces for cultured cells, and a bio-active coating on the one or more fibers, characterized in that the one or more randomly oriented fibers have a diameter of 1100-1300 nm, and a porosity of the scaffold corresponding to 65-90 % open spaces. one or more fibers randomly oriented to form a scaffold with open spaces for cultured cells, and a bio-active coating on the one or more fibers, characterized in that the one or more randomly oriented fibers have a diameter of 1100-1300 nm, and a porosity of the scaffold corresponding to 65-90 % open spaces.
A method of analysing the dissolution acoustic profile of a test material comprising the steps of (i) providing a vessel made of a resonant material, a magnetic stir bar and a magnetic stirring plate arranged such that the magnetic stir bar taps an internal wall of the vessel; (ii) inducing an acoustic emission of frequencies of from about 20 Hz to about 20 kHz from said resonant vessel containing a solvent comprising equilibrated dissolved gas, such that mechanical propagation of resonant frequencies of the vessel is provided; and (iii) measuring said acoustic emissions; (iv) dissolving a known amount of the test material in the solvent by adding the test material all at once from a sample delivery vehicle; (v) measuring changes in resonance frequencies before and after test material dissolution to produce a distinct dissolution acoustic profile characteristic of the test material. (i) providing a vessel made of a resonant material, a magnetic stir bar and a magnetic stirring plate arranged such that the magnetic stir bar taps an internal wall of the vessel; (ii) inducing an acoustic emission of frequencies of from about 20 Hz to about 20 kHz from said resonant vessel containing a solvent comprising equilibrated dissolved gas, such that mechanical propagation of resonant frequencies of the vessel is provided; and (iii) measuring said acoustic emissions; (iv) dissolving a known amount of the test material in the solvent by adding the test material all at once from a sample delivery vehicle; (v) measuring changes in resonance frequencies before and after test material dissolution to produce a distinct dissolution acoustic profile characteristic of the test material.
A method performed by a computing device, comprising: injecting a runtime protector into a computing process at creation of the computing process; copying by the runtime protector a library stored in memory at a first address to a random second address of the memory; modifying by the runtime protector the library stored at the first address into a stub library; updating an address table mapped into an address space of the computing process to reference the second address, thereby causing non-malicious code of the computing process to access the library at the second address and causing malicious code injected into the computing process to access the stub library at the first address; detecting, by the runtime protector, the malicious code based on the malicious code accessing the stub library; subsequent to said determining, halting execution of the malicious code; obtaining a snapshot of at least the computing process in response to halting execution of the malicious code; performing a classification process using the snapshot to classify an exploit attempted by the malicious code to obtain a classification of the exploit; and handling the exploit based on the obtained classification. injecting a runtime protector into a computing process at creation of the computing process; copying by the runtime protector a library stored in memory at a first address to a random second address of the memory; modifying by the runtime protector the library stored at the first address into a stub library; updating an address table mapped into an address space of the computing process to reference the second address, thereby causing non-malicious code of the computing process to access the library at the second address and causing malicious code injected into the computing process to access the stub library at the first address; detecting, by the runtime protector, the malicious code based on the malicious code accessing the stub library; subsequent to said determining, halting execution of the malicious code; obtaining a snapshot of at least the computing process in response to halting execution of the malicious code; performing a classification process using the snapshot to classify an exploit attempted by the malicious code to obtain a classification of the exploit; and handling the exploit based on the obtained classification.