mhurhangee/patent-ind-claim-en huggingface dataset:
An interference screw for providing a compression fixation between a first and further component, comprising: an elongate body having a head end and a tip end and comprising a screw thread including a first region, in which the screw thread has a constant outer diameter and a corresponding first pitch that is constant between adjacent turns, and a further region, extending from the tip end to the first region of the screw thread, in which the screw thread is tapered and has a corresponding further pitch that continually decreases away from the tip end , wherein the first region of the screw thread blends into the further region of the screw thread at a location of the elongate body where the first region of the screw thread begins to taper inwards towards the tip end , characterised by the further region extending by about around 1.5 to 2 revolutions of the screw thread from the tip end to the first region of the screw thread. an elongate body having a head end and a tip end and comprising a screw thread including a first region, in which the screw thread has a constant outer diameter and a corresponding first pitch that is constant between adjacent turns, and a further region, extending from the tip end to the first region of the screw thread, in which the screw thread is tapered and has a corresponding further pitch that continually decreases away from the tip end , wherein the first region of the screw thread blends into the further region of the screw thread at a location of the elongate body where the first region of the screw thread begins to taper inwards towards the tip end , characterised by the further region extending by about around 1.5 to 2 revolutions of the screw thread from the tip end to the first region of the screw thread.
Method for producing feedstock in piece form from metal, in particular aluminum and/or aluminum alloys, for a metal casting plant, in particular an aluminum casting plant, in which scrap parts of metal, in particular of aluminum and/or aluminum alloys, are sorted according to their alloy constituents and/or alloy contents and then, starting from an alloy to be produced in the feedstock , the scrap parts are mixed to form a composition having a homogeneous alloy distribution and are fed to a press, in which the scrap parts of the composition are subjected to a pressure which compacts the scrap parts while generating a temperature, wherein the scrap parts are heated as a result of the pressurization up to the transition temperature between solid and liquid of at least part of the scrap parts and/or their alloys and/or their alloy constituents before the feed material is discharged in a specific geometric form.
A shower assembly group, comprising: - a shower head housing including a fluid inlet into the shower head housing and - a distributor plate in the shower head housing, wherein a plurality of separate fluid conduit paths is provided and the distributor plate has passage openings diverting from the fluid conduit paths, characterized by - a plurality of jet disks which are provided with different chamber-forming and/or fluid shut-off structures on an internal side and are selectively optionally attachable to the distributor plate and comprise one or more jet outlet openings , respectively, - wherein by the chamber-forming structure of a respective attached jet disk, a jet disk-specific outlet chamber structure is formed between the distributor plate and the jet disk, with the passage openings ending into the outlet chamber structure, and/or wherein by the fluid shut-off structure of a respective attached jet disk, a jet disk-specific fluid shut-off structure is formed between the distributor plate and the jet disk, to shut off at least one of the fluid conduit paths . - a shower head housing including a fluid inlet into the shower head housing and - a distributor plate in the shower head housing, wherein a plurality of separate fluid conduit paths is provided and the distributor plate has passage openings diverting from the fluid conduit paths, - a plurality of jet disks which are provided with different chamber-forming and/or fluid shut-off structures on an internal side and are selectively optionally attachable to the distributor plate and comprise one or more jet outlet openings , respectively, - wherein by the chamber-forming structure of a respective attached jet disk, a jet disk-specific outlet chamber structure is formed between the distributor plate and the jet disk, with the passage openings ending into the outlet chamber structure, and/or wherein by the fluid shut-off structure of a respective attached jet disk, a jet disk-specific fluid shut-off structure is formed between the distributor plate and the jet disk, to shut off at least one of the fluid conduit paths .
A method of fabricating a polycrystalline diamond material, comprising: placing a powder layer of nano-sized grain growth inhibitor particles next to a mixture of diamond particles, the mixture of diamond particles having an average particle size of 1 micron or less, the grain growth inhibitor being titanium containing particles selected from the group consisting of TiC, TiCxNy and TiN, and combinations thereof, placing a substrate next to the powder layer; the substrate comprising tungsten carbide and a catalyst metal, and sintering the mixture of diamond particles and the powder layer of grain growth inhibitor particles at high pressure and high temperature to create a polycrystalline structure of sintered diamond grains, wherein the grain growth inhibitor layer is bonded to the substrate and to the polycrystalline structure of diamond grains at opposite sides, and is 20 -100 microns in thickness, and wherein the grain growth inhibitor layer comprises a plurality of titanium-containing particles being less than 800 nanometers in size; the plurality of titanium-containing particles is interspersed with tungsten and catalyst metal, the grain growth inhibitor layer comprising 1 to 25 atomic per cent (%) tungsten (W), 20 to 70 atomic per cent (%) titanium (Ti), 2 to 35 atomic per cent (%) cobalt (Co), and the balance carbon (C) and nitrogen (N), and wherein the sintered diamond grains have an average size of 1 micron or less. placing a powder layer of nano-sized grain growth inhibitor particles next to a mixture of diamond particles, the mixture of diamond particles having an average particle size of 1 micron or less, the grain growth inhibitor being titanium containing particles selected from the group consisting of TiC, TiCxNy and TiN, and combinations thereof, placing a substrate next to the powder layer; the substrate comprising tungsten carbide and a catalyst metal, and sintering the mixture of diamond particles and the powder layer of grain growth inhibitor particles at high pressure and high temperature to create a polycrystalline structure of sintered diamond grains, wherein the grain growth inhibitor layer is bonded to the substrate and to the polycrystalline structure of diamond grains at opposite sides, and is 20 -100 microns in thickness, and wherein the grain growth inhibitor layer comprises a plurality of titanium-containing particles being less than 800 nanometers in size; the plurality of titanium-containing particles is interspersed with tungsten and catalyst metal, the grain growth inhibitor layer comprising 1 to 25 atomic per cent (%) tungsten (W), 20 to 70 atomic per cent (%) titanium (Ti), 2 to 35 atomic per cent (%) cobalt (Co), and the balance carbon (C) and nitrogen (N), and wherein the sintered diamond grains have an average size of 1 micron or less.
A process for manufacturing a material with a high specific surface area, comprising a step of spraying of a liquid composition based on liquid residues derived from a chemical extraction of clinker, the clinker being industrial waste incineration clinker or household waste incineration clinker.
A patient handling apparatus comprising a base with a frame and a patient support device , the patient support device being movable relative to the base , wherein the patient support device is movably mounted to the frame between an upright and an inclined position, in which the patient support device is inclined backwards or forwards in the inclined position relative to the upright position by means of a guiding arrangement , whereby said guiding arrangement comprises at least one frame guiding element mounted to the frame and a support guiding element mounted to the patient support device , wherein the support guiding element is movably connected to the frame guiding element and at least one of the at least one frame guiding element and the support guiding element has a continuously arched portion concave relative the patient support device in the upright position, said continuously arched portion being arranged to guide a relative movement between the support guiding element and the frame guiding element for providing movement of the patient support device between the upright and inclined position, one of the at least one frame guiding element comprises a curved gear rack while the support guiding element comprises a pinion interfacing with said curved gear rack , characterized in that , a toothed surface of the curved gear rack interfacing with the pinion faces the patient support device whereby upon movement of the patient handling apparatus a contact force is caused onto the pinion towards the gear rack . one of the at least one frame guiding element comprises a curved gear rack while the support guiding element comprises a pinion interfacing with said curved gear rack , characterized in that , a toothed surface of the curved gear rack interfacing with the pinion faces the patient support device whereby upon movement of the patient handling apparatus a contact force is caused onto the pinion towards the gear rack .
A sheet manufacturing apparatus configured to make a sheet (S) from defibrated paper material (M3), comprising: a drum unit having a cylinder with a defibrated material storage space inside and multiple openings through which the defibrated material passes formed in the outside of the cylinder; an accumulator configured to accumulate the defibrated material that has passed the openings, forming a deposit (M8); and a housing configured to enclose the drum unit and having a bottom which is open to the accumulator, the accumulator being disposed below the drum unit, the housing further having a vent through which air passes between the drum unit and the accumulator, characterized in that the sheet manufacturing apparatus further comprises: an adjustment device configured to adjust a size of the vent. a drum unit having a cylinder with a defibrated material storage space inside and multiple openings through which the defibrated material passes formed in the outside of the cylinder; an accumulator configured to accumulate the defibrated material that has passed the openings, forming a deposit (M8); and a housing configured to enclose the drum unit and having a bottom which is open to the accumulator, the accumulator being disposed below the drum unit, the housing further having a vent through which air passes between the drum unit and the accumulator, characterized in that the sheet manufacturing apparatus further comprises: an adjustment device configured to adjust a size of the vent.
A method for executing a machine learning, ML, model (MLM) on a field device comprising executing basic operations of the machine learning, ML, model divided into operation groups of basic operations according to a schedule, wherein basic operations of an operation group are executed while model parameters of a subsequent operation group are loaded, wherein the model parameters of a subsequent operation group are loaded into a main memory of the field device in response to load requests issued by a machine learning, ML, program implementing the machine learning model executed by a processing unit of the field device .
A mixture obtained by adding a resin composition to a collected multi-layer structure that can be reground and containing hydrolyzed ethylene-vinyl acetate copolymer, the resin composition comprising (A) polyolefin, (B) metal salt of higher fatty acid having 12 to 30 carbon atoms and (C) zeolite, wherein the content of (C) zeolite in the resin composition is at least 5 % by weight and less than 50 % by weight.
A motor cover for a vacuum cleaner , wherein the motor cover has an inlet and an outlet , the motor cover is configured to mount an electric blower , and an air inlet end of the electric blower is configured to be disposed towards the inlet ; the motor cover is provided with a plurality of flow guiding channels therein, and the plurality of flow guiding channels are sequentially communicated with each other; one of the flow guiding channels is communicated with an air outlet end of the electric blower , and another flow guiding channel is communicated with the outlet ; at least two of the plurality of flow guiding channels are arranged along an axial direction of the electric blower and guide airflow along a circumferential direction of the electric blower , characterized in that , the plurality of flow guiding channels are all annular, and the plurality of flow guiding channels are sequentially arranged along the axial direction of the electric blower ; in two flow guiding channels at both ends in the axial direction of the electric blower , an inner wall of one flow guiding channel is provided with a first communication opening for communication with the air outlet end of the electric blower , and an outer wall of the other flow guiding channel is provided with the outlet ; a second communication opening is provided between two adjacent flow guiding channels .
A retractable utility knife comprising: a first liner ; and a carrier arranged to receive a replaceable blade , the carrier slidable relative to the first liner between a first configuration and a second configuration; the first liner comprising a control track extending along the first liner , the control track comprising a first notch having a first depth at a first end of the control track and a second notch having a second depth spaced apart from the first notch along the control track ; the carrier comprising a spring arm and a control pin , the control pin extending into the control track ; the spring arm being arranged to bias the control pin into the first notch in the first configuration, and to bias the control pin into the second notch in the second configuration; and the control track comprising a third notch disposed along the control track spaced from the first notch and the second notch , the third notch having a third depth greater than the first depth and the second depth; characterised in that the third notch is disposed between the first notch and the second notch longitudinally along the control track , and the spring arm is arranged to bias the control pin into the third notch in a third configuration, different from the first configuration and the second configuration. a first liner ; and a carrier arranged to receive a replaceable blade , the carrier slidable relative to the first liner between a first configuration and a second configuration; the first liner comprising a control track extending along the first liner , the control track comprising a first notch having a first depth at a first end of the control track and a second notch having a second depth spaced apart from the first notch along the control track ; the carrier comprising a spring arm and a control pin , the control pin extending into the control track ; the spring arm being arranged to bias the control pin into the first notch in the first configuration, and to bias the control pin into the second notch in the second configuration; and the control track comprising a third notch disposed along the control track spaced from the first notch and the second notch , the third notch having a third depth greater than the first depth and the second depth; characterised in that the third notch is disposed between the first notch and the second notch longitudinally along the control track , and the spring arm is arranged to bias the control pin into the third notch in a third configuration, different from the first configuration and the second configuration.
Wheel for a muscle-driven vehicle, having a rim consisting at least partially of a fibre composite material and having a plurality of spokes which connect the rim to a hub , wherein each spoke is bonded with its fixing region consisting of a fibre composite material to a fibre composite portion of an outer face of the rim and is in turn covered on a side facing away from the outer face by means of a cover portion assigned to the respective spoke , wherein the cover portion in turn is bonded to the fixing region as well as to the outer face , characterized in that a ratio of a first bond-surface with which the fixing region is attached to the outer face , to a second bond-surface with which the cover portion is attached to the outer face , is between 0.1 and 0.4.
A cranial plate for covering a cranial burr hole, the cranial plate comprising: a plate body ; and a plurality of spikes extending from the plate body ; wherein the plate body has a burr hole covering portion configured to assume one of a convex form with a positive curvature, a flat form with zero curvature and a concave form with a negative curvature when the spikes are in a disengaging configuration; wherein the spikes are configured to engage cranial bone, wherein the plate is deformable to enable movement of the spikes from the disengaging configuration to an engaging configuration upon deformation of the plate , wherein the plate body is deformable so that the plate body assumes a form with a decreased curvature when the spikes are in the engaging configuration, wherein a decreased curvature comprises deforming the plate body form from a convex form to a flat form, a convex form to a concave form, a flat form to a concave form, a convex form to a less convex form or a concave form to a more concave form. a plate body ; and a plurality of spikes extending from the plate body ; wherein the plate body has a burr hole covering portion configured to assume one of a convex form with a positive curvature, a flat form with zero curvature and a concave form with a negative curvature when the spikes are in a disengaging configuration; wherein the spikes are configured to engage cranial bone, wherein the plate is deformable to enable movement of the spikes from the disengaging configuration to an engaging configuration upon deformation of the plate , wherein the plate body is deformable so that the plate body assumes a form with a decreased curvature when the spikes are in the engaging configuration, wherein a decreased curvature comprises deforming the plate body form from a convex form to a flat form, a convex form to a concave form, a flat form to a concave form, a convex form to a less convex form or a concave form to a more concave form.
Use of LiSCN as a redox shuttle-compound in electrolytes of rechargeable, non-aqueous lithium batteries, which contain as the active anode material either lithium metal or a lithium alloy, an active cathode material with a redox potential in the range between 1.5 and 3.4 V vs. Li/Li + , and lithium rhodanide (LiSCN) as an electrolyte component, and at least one other conductive salt, wherein the LiSCN is present in the electrolyte in a concentration of 0.01 to 15% by weight.
A lubricating oil composition comprising (a) greater than 50 wt. % of a base oil of lubricating viscosity; and (b) 0.1 to 40 wt. % of an overbased alkaline earth metal alkyl-substituted hydroxyaromatic carboxylate having a TBN, on an actives basis, of at least 600 mg KOH/g, as determined by ASTM D2896; wherein the alkyl substituent is a residue derived from an isomerized alpha-olefin having an isomerization level, I , of 0.1 to 0.4, wherein the isomerization level is a relative amount of methyl groups attached to the methylene backbone groups as determined by 1 H NMR spectroscopy, defined by the formula I = m /( m + n ), where m is the 1 H NMR integral for methyl groups with chemical shifts between 0.30 ± 0.03 to 1.01 ± 0.03 ppm, and n is the 1 H NMR integral for methylene groups with chemical shifts between 1.01 ± 0.03 to 1.38 ± 0.10 ppm, wherein the lubricating oil composition is a monograde lubricating oil composition meeting specifications for SAE J300 revised January 2015 requirements for a SAE 20, 30, 40, 50, or 60 monograde engine oil, and has a TBN of 5 to 200 mg KOH/g, as determined by ASTM D2896.
A support device for a tracked vehicle, in particular for a tracked vehicle configured for preparing ski slopes, wherein the tracked vehicle comprises a track comprising at least a first belt and a plurality of transverse metal elements , fixed to at least the first belt ; a front wheel ; and a rear wheel ; the support device comprising a plurality of support wheels configured to be arranged between the rear wheel (4; 38) and the front wheel inside the track, and a second belt closed in a loop and stretched around the plurality of support wheels and configured to be arranged inside the track ; the plurality of support wheels and the second belt being shaped so as to provide a shape coupling, preferably between an inner face of the second belt and an outer face of the support wheels ; the second belt , preferably an outer face of the second belt , being configured to be arranged in contact with an inner face of the track ; characterised in that the support wheels have a first outside diameter (D1) that is comprised between 80% and 135% of the value of a second outside diameter (D2) of the front wheel ; and/or the support wheels have a first outside diameter (D1) that is comprised between 80% and 130% of the value of a third outside diameter (D3) of the rear wheel .
A vehicle interior component comprising: (a) a base (B); (b) a cover (T) configured to move relative to the base (B) between a closed position and an open position; and (c) a latch mechanism configured to provide an unlatched state for the cover (T) and a latched state for the cover (T); wherein the latch mechanism comprises a counterweight coupled via a pivot to a latch configured to move the latch between a retracted position and an extended position through an intermediate position; and wherein the latch mechanism is configured to provide the latched state when actuated by an inertia force on the counterweight ; characterized in that the latch mechanism comprises a magnet arrangement (ML), wherein the magnet arrangement comprises a magnet in the base and a magnet coupled to the latch , wherein the magnet in the base (B) is configured to retain the latch in the intermediate position by magnetic repulsion when the cover (T) is in the closed position relative to the base (B). (a) a base (B); (b) a cover (T) configured to move relative to the base (B) between a closed position and an open position; and (c) a latch mechanism configured to provide an unlatched state for the cover (T) and a latched state for the cover (T); wherein the latch mechanism comprises a counterweight coupled via a pivot to a latch configured to move the latch between a retracted position and an extended position through an intermediate position; and wherein the latch mechanism is configured to provide the latched state when actuated by an inertia force on the counterweight ; characterized in that the latch mechanism comprises a magnet arrangement (ML), wherein the magnet arrangement comprises a magnet in the base and a magnet coupled to the latch , wherein the magnet in the base (B) is configured to retain the latch in the intermediate position by magnetic repulsion when the cover (T) is in the closed position relative to the base (B).