mhurhangee/ep-ind-claims huggingface dataset:
A processing device, in particular for processing work pieces made of wood, wood materials, plastic or the like, with at least one work piece table, wherein the at least one work piece table has a first base body which is arranged such that it can be displaced from an advance unit on a rail, wherein clamping elements (18, 19) are arranged on the first base body spaced apart from each other, in order to clamp at least one work piece, wherein at least one respective further clamping element is arranged in both end regions of the first base body such that it can be displaced from the first base body, wherein a clamping element has two pairs of clamping jaws (18, 19) with two respective clamping jaws, wherein at least a respective one of the clamping jaws of a pair can be displaced relative to the other clamping jaw of the pair and wherein the clamping jaws (18, 19) of a first pair protrude in a first direction perpendicularly to the longitudinal direction of the work piece table, wherein the clamping jaws of a second pair protrude in the opposite direction perpendicularly to the longitudinal direction and wherein the respective work piece table can be displaced in its longitudinal direction by means of a respective advance unit.
Support harness for supporting a person in a position similar to a sitting position, which harness comprises: - attachment elements (9, 13) for attachment to a support point, and - two shoulder straps (3, 4), which can be fitted around the shoulders of the person being supported, attached to the attachment elements (9, 13), characterized in that - an attenuator (5, 7, 10, 14), which is based on the friction between two belts, is fitted between the attachment elements (9, 13) and the shoulder straps (3, 4), - the attenuator comprises an attachment ring, a main-belt loop and a band having a first end fixed to a triangular ring, and a second end forming a band loops, - the ends of the shoulder straps (3, 4) are attached to the attachment ring and to the triangular ring, and - both the main-belt loop and the band loop run through the attachment ring so that the attachment ring guides the band against the inner surface of the main-belt loop. - attachment elements (9, 13) for attachment to a support point, and - two shoulder straps (3, 4), which can be fitted around the shoulders of the person being supported, attached to the attachment elements (9, 13), - an attenuator (5, 7, 10, 14), which is based on the friction between two belts, is fitted between the attachment elements (9, 13) and the shoulder straps (3, 4), - the attenuator comprises an attachment ring, a main-belt loop and a band having a first end fixed to a triangular ring, and a second end forming a band loops, - the ends of the shoulder straps (3, 4) are attached to the attachment ring and to the triangular ring, and - both the main-belt loop and the band loop run through the attachment ring so that the attachment ring guides the band against the inner surface of the main-belt loop.
A combination of a leucine source and an ω-3 unsaturated fatty acid source for use in a prophylactic or therapeutic treatment of hypercalcaemia, wherein the combination is for use in the treatment of a subject suffering from a cancer.
A method for use in a vehicle, in particular for contactlessly operating a vehicle device using gestures, wherein - a gesture of a person for contactlessly actuating a vehicle device is captured, characterized in that - at least one item of haptic feedback is generated for the person in relation to the gesture, preferably in order to haptically accompany at least part of the actuation, wherein the haptic feedback comprises at least one air flow, and/or - an item of information relating to which gesture should be performed in order to contactlessly actuate the vehicle device is haptically conveyed to the person, wherein the haptic feedback comprises at least one air flow. - a gesture of a person for contactlessly actuating a vehicle device is captured, characterized in that - at least one item of haptic feedback is generated for the person in relation to the gesture, preferably in order to haptically accompany at least part of the actuation, wherein the haptic feedback comprises at least one air flow, and/or - an item of information relating to which gesture should be performed in order to contactlessly actuate the vehicle device is haptically conveyed to the person, wherein the haptic feedback comprises at least one air flow.
Method for calibrating at least one processing element, in particular a temperature sensor of a processing station for processing plastic preforms, wherein initially a measurement preform is provided, wherein by means of at least one measuring element, at least a first measurement value of the measurement preform is measured before or after its processing by the processing station, and using at least this measurement value, an in particular mathematical measurement point is recorded by the measuring element, characterised by at least one calibration device which determines a deviation of the measured point from a reference point and reduces this deviation at least partially by adaptation of processing parameters of the processing station. initially a measurement preform is provided, wherein by means of at least one measuring element, at least a first measurement value of the measurement preform is measured before or after its processing by the processing station, and using at least this measurement value, an in particular mathematical measurement point is recorded by the measuring element, characterised by at least one calibration device which determines a deviation of the measured point from a reference point and reduces this deviation at least partially by adaptation of processing parameters of the processing station.
The use of a washing or cleaning agent, comprising 1 to 60 wt.% surfactant and also at least one compound of formula, wherein the group R represents a branched C 8 -C 14 alkyl chain, in washing, cleaning and/or pretreating textile fabrics.
Blood withdrawing vessel having a defined vacuum in the space intended for receiving blood, wherein the vessel comprises a septum which is constructed such that it is compatible with common equipment for taking samples, such as a cannula, wherein the vessel contains an aqueous solution with the following components: - a guanidinium salt; - a buffering agent; and - a detergent. - a guanidinium salt; - a buffering agent; and - a detergent.
Tasimelteon for use in the treatment of delayed sleep time in an individual, said treatment comprising: determining or having determined from a biological sample of the individual that the individual has a GG genotype at the rs12188518 single nucleotide polymorphism locus, or the individual has a CC genotype at the rs11248864 single nucleotide polymorphism locus, wherein tasimelteon is administered once daily before a target bedtime; and wherein the treatment is effective to advance the sleep time of the individual. determining or having determined from a biological sample of the individual that the individual has a GG genotype at the rs12188518 single nucleotide polymorphism locus, or the individual has a CC genotype at the rs11248864 single nucleotide polymorphism locus, wherein tasimelteon is administered once daily before a target bedtime; and wherein the treatment is effective to advance the sleep time of the individual.
A pharmaceutical composition comprising an effective amount of isolated human mesenchymal stem cell exosomes and a pulmonary surfactant, for use in treating a human subject having or at risk of developing a lung disease, wherein the subject is less than 4 weeks of age and wherein the composition is formulated for delivery to lungs.
A method of forming a microelectronic structure, comprising: forming a dielectric layer on a substrate; forming a first hardmask layer on the dielectric layer; forming a plurality of backbone structures on the first hardmask layer; forming side spacers adjacent sides of each of the plurality of backbone structures; etching a portion of the first hardmask layer and a portion of the dielectric layer between adjacent side spacers between at least two adjacent backbone structures to form at least one first trench; depositing a sacrificial material in the at least one first trench; removing at least one backbone structure and etching a portion of the hardmask layer and the dielectric layer which resided below the at least one backbone structure to form at least one second trench; depositing a fill material in the at least one second trench; removing the side spacers; removing the sacrificial material from the at least one first trench; removing the fill material from the at least one second trench; and depositing a conductive material in the at least one first trench and the at least one second trench. forming a dielectric layer on a substrate; forming a first hardmask layer on the dielectric layer; forming a plurality of backbone structures on the first hardmask layer; forming side spacers adjacent sides of each of the plurality of backbone structures; etching a portion of the first hardmask layer and a portion of the dielectric layer between adjacent side spacers between at least two adjacent backbone structures to form at least one first trench; depositing a sacrificial material in the at least one first trench; removing at least one backbone structure and etching a portion of the hardmask layer and the dielectric layer which resided below the at least one backbone structure to form at least one second trench; depositing a fill material in the at least one second trench; removing the side spacers; removing the sacrificial material from the at least one first trench; removing the fill material from the at least one second trench; and depositing a conductive material in the at least one first trench and the at least one second trench.
A method for startup and shutdown of a fuel cell using a reducing gas generator, comprising: receiving air into a reducing gas generator air intake; generating a low oxygen (O 2) content oxidant stream having an oxygen content less than that of atmospheric air under the same pressure and temperature conditions using at least in part air received from the air intake; initiating flow of a hydrocarbon fuel stream in the reducing gas generator; combining the hydrocarbon fuel stream with the low O 2 content oxidant stream to yield a feed mixture; directing the feed mixture to a catalyst; catalytically converting the feed mixture into a reducing gas; directing the reducing gas to at least one of an anode and a reformer of the fuel cell; and initiating one of: a transition of the fuel cell into a power production mode; and a transition of the fuel cell out of the power production mode. receiving air into a reducing gas generator air intake; generating a low oxygen (O 2) content oxidant stream having an oxygen content less than that of atmospheric air under the same pressure and temperature conditions using at least in part air received from the air intake; initiating flow of a hydrocarbon fuel stream in the reducing gas generator; combining the hydrocarbon fuel stream with the low O 2 content oxidant stream to yield a feed mixture; directing the feed mixture to a catalyst; catalytically converting the feed mixture into a reducing gas; directing the reducing gas to at least one of an anode and a reformer of the fuel cell; and initiating one of: a transition of the fuel cell into a power production mode; and a transition of the fuel cell out of the power production mode. a transition of the fuel cell into a power production mode; and a transition of the fuel cell out of the power production mode.
A gear pair evaluation apparatus comprising: coordinate converting means adapted to associate, at a predetermined meshing rotational position, three-dimensional coordinate data measured at each measurement point on a tooth surface of a first gear with three-dimensional coordinate data measured at each measurement point on a tooth surface of a second gear that meshes with the first gear (101 G) by using an assembly specification of the gear pair and converting the three-dimensional coordinate data into three-dimensional coordinate data on a cylindrical coordinate system based on the first gear; and function generating means adapted to generate a function representing a point on a tooth surface of the second gear on the basis of the three-dimensional coordinate data on a tooth surface of the second gear; characterized by: inter-tooth-surface gap information calculating means adapted to calculate for each measurement point on the tooth surface of the first gear the coordinates of a point on the tooth surface of the second gear that corresponds to the measurement point on the tooth surface of the first gear and exists on the same circumference on which the measurement point on the tooth surface of the first gear exists on the cylindrical coordinate system by using the function and to calculate relative angle information representing a gap between the measurement point on the tooth surface of the first gear and its corresponding point on the tooth surface of the second gear. coordinate converting means adapted to associate, at a predetermined meshing rotational position, three-dimensional coordinate data measured at each measurement point on a tooth surface of a first gear with three-dimensional coordinate data measured at each measurement point on a tooth surface of a second gear that meshes with the first gear (101 G) by using an assembly specification of the gear pair and converting the three-dimensional coordinate data into three-dimensional coordinate data on a cylindrical coordinate system based on the first gear; and function generating means adapted to generate a function representing a point on a tooth surface of the second gear on the basis of the three-dimensional coordinate data on a tooth surface of the second gear; inter-tooth-surface gap information calculating means adapted to calculate for each measurement point on the tooth surface of the first gear the coordinates of a point on the tooth surface of the second gear that corresponds to the measurement point on the tooth surface of the first gear and exists on the same circumference on which the measurement point on the tooth surface of the first gear exists on the cylindrical coordinate system by using the function and to calculate relative angle information representing a gap between the measurement point on the tooth surface of the first gear and its corresponding point on the tooth surface of the second gear.
An absorbent article comprising a signal composite; wherein the signal composite has a body-facing surface, a garment-facing surface, a longitudinal direction, a transverse direction and a z-direction; wherein the signal composite comprises a carrier substrate layer, a first stimulation layer, a second stimulation layer, a first thermoplastic adhesive layer and a second thermoplastic adhesive layer; wherein the carrier substrate layer is liquid permeable or water-soluble and is disposed as a bottom layer of the signal composite in the z-direction to provide the garment-facing surface of the signal composite; wherein the first stimulation layer comprises a first stimulation material and is disposed above and adjacent to the carrier substrate layer; wherein the second stimulation layer comprises a second stimulation material and is disposed above and adjacent to the first stimulation layer to provide the body-facing surface of the signal composite; wherein the first thermoplastic adhesive layer is liquid permeable or water-soluble and is disposed between and adjacent to the carrier substrate layer and the first stimulation layer; wherein the second thermoplastic adhesive layer is liquid permeable or water-soluble and is disposed between the first stimulation layer and the second stimulation layer; and wherein each stimulation layer comprises at least 50 wt% of stimulation material having a solubility of from 0.1 grams to 6 grams of material per gram of water.
A straight bevel gear comprising: a gear body that includes: a hole disposed along an axis; a set of gear teeth arranged around the hole, characterised in that members of the set of gear teeth are provided with a spherical involute configuration that includes a true spherical involute gear tooth profile; and a first web that is disposed between the hole and an outside diameter of the set of gear teeth, wherein the first web extends between two adjacent members of the set of gear teeth such that the first web is completely curved in a plane that includes the axis and that bisects a gap between the two adjacent members of the set of gear teeth. a hole disposed along an axis; a set of gear teeth arranged around the hole, characterised in that members of the set of gear teeth are provided with a spherical involute configuration that includes a true spherical involute gear tooth profile; and a first web that is disposed between the hole and an outside diameter of the set of gear teeth, wherein the first web extends between two adjacent members of the set of gear teeth such that the first web is completely curved in a plane that includes the axis and that bisects a gap between the two adjacent members of the set of gear teeth.
A method for supporting encrypted hard drives in a virtual disk storage system, the method comprising: receiving, by a host computing device hosting a virtual machine, a request from a client to create a virtual disk instance that supports encrypted hard drive protocols; instantiating, with the virtual machine, a virtual disk (294, 494) in response to the request; creating an internal disk storage area (292, 492) in the virtual disk backend (290, 490) the internal disk storage area (292, 492) being exposed to a controller of the virtual disk, wherein the encrypted hard drive protocols use the internal disk storage area (292, 492) to maintain an internal disk state, wherein the internal disk state is a persisted state used by the controller of the virtual disk and isolated from the host computing device, wherein the persisted state includes a data encryption key and a list of protected ranges encapsulated within the virtual disk, and wherein the data encryption key is generated internally to the virtual disk, and remains inaccessible to any host computing device; and wherein the internal disk storage area (292, 492) is implemented in a dedicated block backend (200, 400) including a secure block backend (250, 450), providing encrypted hard drive protocol support and using the internal disk storage area (292, 492) to maintain an internal disk state stacked above a system area backend (280, 480) for writing disk-internal data to the virtual disk (294, 494). receiving, by a host computing device hosting a virtual machine, a request from a client to create a virtual disk instance that supports encrypted hard drive protocols; instantiating, with the virtual machine, a virtual disk (294, 494) in response to the request; creating an internal disk storage area (292, 492) in the virtual disk backend (290, 490) the internal disk storage area (292, 492) being exposed to a controller of the virtual disk, wherein the encrypted hard drive protocols use the internal disk storage area (292, 492) to maintain an internal disk state, wherein the internal disk state is a persisted state used by the controller of the virtual disk and isolated from the host computing device, wherein the persisted state includes a data encryption key and a list of protected ranges encapsulated within the virtual disk, and wherein the data encryption key is generated internally to the virtual disk, and remains inaccessible to any host computing device; and wherein the internal disk storage area (292, 492) is implemented in a dedicated block backend (200, 400) including a secure block backend (250, 450), providing encrypted hard drive protocol support and using the internal disk storage area (292, 492) to maintain an internal disk state stacked above a system area backend (280, 480) for writing disk-internal data to the virtual disk (294, 494).
An electrode comprising an electrode active material layer which comprises an electrode active material and a conductive agent, the conductive agent comprising a point-type conductive agent which is carbon black, and carbon nanotube structures in which 2 to 5,000 single-walled carbon nanotube units are bonded to each other side by side, wherein the carbon nanotube structures have an average length of 1 um to 500 μm, the carbon nanotube structures are contained in the electrode active material layer in an amount of 0.01 wt% to 5.0 wt%, and the weight ratio of the carbon black to the carbon nanotube structures is 9:1 to 1:9. a point-type conductive agent which is carbon black, and carbon nanotube structures in which 2 to 5,000 single-walled carbon nanotube units are bonded to each other side by side, wherein the carbon nanotube structures have an average length of 1 um to 500 μm, the carbon nanotube structures are contained in the electrode active material layer in an amount of 0.01 wt% to 5.0 wt%, and the weight ratio of the carbon black to the carbon nanotube structures is 9:1 to 1:9.
Method for mounting a light component on a carrier, the light component comprising a generally planar substrate, on a first face of which submillimetre-sized electroluminescent semiconductor elements are grown epitaxially in the form of a matrix, and the method comprising the following steps: a) forming at least one electrically conductive track on the second face of the substrate of the light component; b) forming at least one electrically conductive track on a face of the carrier; c) positioning the light component on said face of the carrier, such that the electrically conductive tracks (105, 125) of the component and of the carrier are in contact; d) annealing the assembly composed of the carrier and of the light component at a temperature of between 200°C and 400°C; characterized in that the formation of electrically conductive tracks (105, 125) on the light component and on the substrate comprises the use of a photolithographic process to produce voids in the substrate and in the carrier, copper or a material comprising copper being deposited in the voids so that the electrically conductive tracks comprise copper. a) forming at least one electrically conductive track on the second face of the substrate of the light component; b) forming at least one electrically conductive track on a face of the carrier; c) positioning the light component on said face of the carrier, such that the electrically conductive tracks (105, 125) of the component and of the carrier are in contact; d) annealing the assembly composed of the carrier and of the light component at a temperature of between 200°C and 400°C;