mhurhangee/patent-ind-claim-en huggingface dataset:
A holding device , comprising: a male connector comprising a first male extension and a second male extension that extend out of opposite surfaces of a male central disk ; an electromagnetic guiding device continuously passing through a central hole that continuously passes through the first male extension , the male central disk and the second male extension ; a reflector that is in a direct physical contact with a first end of the electromagnetic guiding device that ends at a top surface of the first male extension ; and a holder that covers the first male extension to hold the reflector , and maintain the physical contact between the first end of the electromagnetic guiding device and the reflector . a male connector comprising a first male extension and a second male extension that extend out of opposite surfaces of a male central disk ; an electromagnetic guiding device continuously passing through a central hole that continuously passes through the first male extension , the male central disk and the second male extension ; a reflector that is in a direct physical contact with a first end of the electromagnetic guiding device that ends at a top surface of the first male extension ; and a holder that covers the first male extension to hold the reflector , and maintain the physical contact between the first end of the electromagnetic guiding device and the reflector .
A thrombolytic composition for use in treating thromboembolism in cats, wherein: (a) said composition comprises nattokinase and rutin bioflavonoid; and (b) said treating comprises administering to the feline: (i) 375-1125 mg / 7500-22500 fibrinolytic units of nattokinase; and (ii) 500-1500 mg of rutin bioflavonoid. (a) said composition comprises nattokinase and rutin bioflavonoid; and (b) said treating comprises administering to the feline: (i) 375-1125 mg / 7500-22500 fibrinolytic units of nattokinase; and (ii) 500-1500 mg of rutin bioflavonoid. (i) 375-1125 mg / 7500-22500 fibrinolytic units of nattokinase; and (ii) 500-1500 mg of rutin bioflavonoid.
A system for detecting atrial arrhythmia in a patient, comprising: a detection criterion circuit configured to: receive a first physiologic signal sensed from the patient when the patient is free of atrial arrhythmia; detect a sinus rhythm in the patient using the first physiologic signal and a population-based threshold; determine a baseline cardiac characteristic using the first physiologic signal during the detected sinus rhythm; and determine a patient-specific atrial arrhythmia detection threshold as an offset relative to the determined baseline cardiac characteristic; and an arrhythmia detector circuit configured to detect an atrial arrhythmia episode using a second physiologic signal sensed from the patient and the patient-specific atrial arrhythmia detection threshold. a detection criterion circuit configured to: receive a first physiologic signal sensed from the patient when the patient is free of atrial arrhythmia; detect a sinus rhythm in the patient using the first physiologic signal and a population-based threshold; determine a baseline cardiac characteristic using the first physiologic signal during the detected sinus rhythm; and determine a patient-specific atrial arrhythmia detection threshold as an offset relative to the determined baseline cardiac characteristic; and receive a first physiologic signal sensed from the patient when the patient is free of atrial arrhythmia; detect a sinus rhythm in the patient using the first physiologic signal and a population-based threshold; determine a baseline cardiac characteristic using the first physiologic signal during the detected sinus rhythm; and determine a patient-specific atrial arrhythmia detection threshold as an offset relative to the determined baseline cardiac characteristic; and an arrhythmia detector circuit configured to detect an atrial arrhythmia episode using a second physiologic signal sensed from the patient and the patient-specific atrial arrhythmia detection threshold.
Method for manufacturing a granulated aerogel from a precursor , comprising the following steps: - mixing the precursor with a synthetic solvent and a hydrolysis agent, such as water, and if appropriate a catalyst , in order to obtain a gel, - granulating the resulting product, in particular by cutting a jet of said gel, to produce granules, - maintaining the granules in contact with the synthetic solvent and the hydrolysis agent, - washing the granules by adding a washing solvent in order to extract therefrom, in particular, the hydrolysis agent and, if appropriate, the catalyst , - drying the granules in order to extract the synthetic solvents and/or washing solvents by sending in excess supercritical CO2, characterized in that the granulating, maintaining, washing and drying steps are carried out at a pressure higher than that of the critical point of CO2, and these conditions are maintained between these steps. - mixing the precursor with a synthetic solvent and a hydrolysis agent, such as water, and if appropriate a catalyst , in order to obtain a gel, - granulating the resulting product, in particular by cutting a jet of said gel, to produce granules, - maintaining the granules in contact with the synthetic solvent and the hydrolysis agent, - washing the granules by adding a washing solvent in order to extract therefrom, in particular, the hydrolysis agent and, if appropriate, the catalyst , - drying the granules in order to extract the synthetic solvents and/or washing solvents by sending in excess supercritical CO2,
Locking device for locking a functionally essential component of a motor vehicle, in particular a steering spindle, comprising a guide housing in which a guide receptacle for a locking bolt is formed, in which the locking bolt is received movably along a stroke direction (H) between an interlocking position (VP) for interlocking the functionally essential component and an unlocking position (EP) for releasing the functionally essential component , and a spring element for applying a holding force (F) to the locking bolt at least in a direction (Q) transverse to the stroke direction (H), characterized in that the spring element comprises a contact section which, in the unlocking position (EP) of the locking bolt , makes resilient contact with a holding section of the locking bolt , as a result of which the spring element supports the holding force (F) via the locking bolt on a guide wall in the guide receptacle .
A refrigerator , comprising: a main body ; a dispenser configured to supply water to an outside of the main body ; a water supply flow path connectable to a water source and configured to connect the dispenser to the water source ; and a valve assembly disposed on the water supply flow path , and including an elastic member having an outlet with an inner diameter reducible by an elastic force of the elastic member when water is not supplied to the valve assembly, so that water remaining in the inside of the water supply flow path is retained by a surface tension of the water, characterised in that the outlet has a first diameter (d1) at its normal state and is adapted to be expanded by the water pressure of water supplied from an external water source connected to the water supply flow path to have a second diameter (d2), wherein the first diameter (d1) has a predetermined size that is not zero. a main body ; a dispenser configured to supply water to an outside of the main body ; a water supply flow path connectable to a water source and configured to connect the dispenser to the water source ; and a valve assembly disposed on the water supply flow path , and including an elastic member having an outlet with an inner diameter reducible by an elastic force of the elastic member when water is not supplied to the valve assembly, so that water remaining in the inside of the water supply flow path is retained by a surface tension of the water, characterised in that the outlet has a first diameter (d1) at its normal state and is adapted to be expanded by the water pressure of water supplied from an external water source connected to the water supply flow path to have a second diameter (d2), wherein the first diameter (d1) has a predetermined size that is not zero.
A metrology apparatus, comprising: a measurement probe that can be moved relative to an object (70;120) to be measured, the measurement probe having a deflectable stylus for contacting the object (70;120), and a fixturing apparatus for holding the object (70;120) during inspection using a contact measurement process in which the stylus tip of the measurement probe is pressed into contact with the object (70;120), the fixturing apparatus comprising a base and a plurality of supports extending from the base that are configured to retain the object (70;120), characterised in that at least one of the plurality of supports comprises a floating support , the floating support comprising a floating support element that is moveable relative to the base upon contact with the object (70;120) being loaded into the fixturing apparatus and a locking mechanism that can be actuated to immobilise the floating support element relative to the base . a measurement probe that can be moved relative to an object (70;120) to be measured, the measurement probe having a deflectable stylus for contacting the object (70;120), and a fixturing apparatus for holding the object (70;120) during inspection using a contact measurement process in which the stylus tip of the measurement probe is pressed into contact with the object (70;120), the fixturing apparatus comprising a base and a plurality of supports extending from the base that are configured to retain the object (70;120), characterised in that at least one of the plurality of supports comprises a floating support , the floating support comprising a floating support element that is moveable relative to the base upon contact with the object (70;120) being loaded into the fixturing apparatus and a locking mechanism that can be actuated to immobilise the floating support element relative to the base .
Motorhome chassis comprising - a supporting frame for providing the statically supporting characteristics, - a floor layer for defining the structural base for a living area above the floor layer , - a traction unit or an attachment means for a traction unit , - at least one cavity (10a-d, 21, 55), in particular a stowage compartment in the region surrounding the supporting frame , - wherein the cavity (10a-d, 21, 55) is detachably fastenable to the supporting frame , is constructed as an exchangeable module and serves as a crumple zone in the event of vehicle collisions, characterized in that the cavity (10a-d, 21, 55) is fastened to the supporting frame by way of flange means such that, in the event of a collision, the flange means at least partially slide off the supporting frame . - a supporting frame for providing the statically supporting characteristics, - a floor layer for defining the structural base for a living area above the floor layer , - a traction unit or an attachment means for a traction unit , - at least one cavity (10a-d, 21, 55), in particular a stowage compartment in the region surrounding the supporting frame , - wherein the cavity (10a-d, 21, 55) is detachably fastenable to the supporting frame , is constructed as an exchangeable module and serves as a crumple zone in the event of vehicle collisions,
Optical module comprising a support , an electronic board , an electronic chip and at least one wedge , the chip being fastened to the electronic board , the support comprising a first surface bearing against the chip and a second surface bearing against the at least one wedge , the at least one wedge bearing against the electronic board , the optical module being characterized in that the electronic chip is provided with a micro-mirror array and the second surface of the support is inclined with respect to the first surface of the support .
A device for protecting the handle of a handbag comprising: an approximately rectangular piece of fabric with flared ends having a top face and a bottom face and a left side and a right side, said left and right sides opposing each other, and having a top edge at a first flared end , and a bottom edge at a second flared end , said top and bottom edges opposing each otherwherein said top and bottom edges are of a width wider than a midsection located between said first and second flared ends; a closure for joining the left side to the right side; said closure extending along substantially all of said left side and said right side. an approximately rectangular piece of fabric with flared ends having a top face and a bottom face and a left side and a right side, said left and right sides opposing each other, and having a top edge at a first flared end , and a bottom edge at a second flared end , said top and bottom edges opposing each otherwherein said top and bottom edges are of a width wider than a midsection located between said first and second flared ends; a closure for joining the left side to the right side; said closure extending along substantially all of said left side and said right side.
An environment data generating apparatus for generating environment data representing environment around a construction equipment, the environment data generating apparatus comprising: a member position data generating module which generates member position data comprising a coordinate of a member of the construction equipment; an environment data generating module which generates first environment data representing the environment around the construction equipment; and a data processing module which generates second environment data representing the environment around the construction equipment excluded the member of the construction equipment by converting the coordinate comprised in the first environment data into the relative coordinate to the construction equipment and excluding data representing the member of the construction equipment among the first environment data based on the member position data. a member position data generating module which generates member position data comprising a coordinate of a member of the construction equipment; an environment data generating module which generates first environment data representing the environment around the construction equipment; and a data processing module which generates second environment data representing the environment around the construction equipment excluded the member of the construction equipment by converting the coordinate comprised in the first environment data into the relative coordinate to the construction equipment and excluding data representing the member of the construction equipment among the first environment data based on the member position data.
A film forming gel composition for use as a conformable film bandage, the composition comprising: a silicone containing, film forming polymer; a tackifier comprising a silicate tackifying resin; guanidinyl-containing polymer particles having primary or secondary amino groups ; and a volatile solvent, wherein a film cast from the composition is self-supporting on a biological substrate and can be peeled off the substrate without substantially compromising the integrity of the film such that at least a portion of the film is removable in a single continuous layer. a silicone containing, film forming polymer; a tackifier comprising a silicate tackifying resin; guanidinyl-containing polymer particles having primary or secondary amino groups ; and a volatile solvent, wherein a film cast from the composition is self-supporting on a biological substrate and can be peeled off the substrate without substantially compromising the integrity of the film such that at least a portion of the film is removable in a single continuous layer.
A process to monitor characteristics of web defects which are continuously generated on a continuously moving web , which is moving in a machine direction (MD) and is in contact with circulating machine components of a web making machine during production and to identify the causes of the web defects, which process comprises: (a) identifying at least one circulating machine component that can generate corresponding web defect patterns on the continuously moving web of material ; (b) creating one or more diagnostic patterns for the at least one circulating machine component identified in step (a); (c) detecting dynamic and deterministic web defect patterns on the continuously moving web of material during production; (d) identifying the locations along the MD of the web defect patterns on the continuously moving web of material ; (e) classifying the web defect patterns as being repetitive or non-repetitive using pattern recognition techniques; (f) comparing the detected repetitive web defect patterns to the one or more diagnostic patterns ; (g) correlating the detected repetitive web defect patterns to at least one circulating machine component; and (h) determining a source of the detected repetitive web defect patterns . (a) identifying at least one circulating machine component that can generate corresponding web defect patterns on the continuously moving web of material ; (b) creating one or more diagnostic patterns for the at least one circulating machine component identified in step (a); (c) detecting dynamic and deterministic web defect patterns on the continuously moving web of material during production; (d) identifying the locations along the MD of the web defect patterns on the continuously moving web of material ; (e) classifying the web defect patterns as being repetitive or non-repetitive using pattern recognition techniques; (f) comparing the detected repetitive web defect patterns to the one or more diagnostic patterns ; (g) correlating the detected repetitive web defect patterns to at least one circulating machine component; and (h) determining a source of the detected repetitive web defect patterns .
A coated cathode comprising: • an active material for supplying and storing Li + ions, • an electrically conductive additive , and • a coating , different from the active material , that is coated on surfaces of the active material , wherein the coating comprises amorphous chlorine-doped titanium oxide, and wherein the coating has a thickness of from 1 to 20 nm, and wherein the chlorine-to-titanium atomic ratio of the coating is from 0.04 to 0.19 when measured by Rutherford Backscatter Spectroscopy. • an active material for supplying and storing Li + ions, • an electrically conductive additive , and • a coating , different from the active material , that is coated on surfaces of the active material , wherein the coating comprises amorphous chlorine-doped titanium oxide, and wherein the coating has a thickness of from 1 to 20 nm, and
Swivel shower, preferably sanitary swivel shower mounted to a wall or ceiling, comprising - a base body , - a swivel body including a shower outlet and held on the base body for swivel movement about a swivel axis (Sa) between a first swivel body end position (Rp), constituting a rest position, and a second swivel body end position (Bp), constituting an operating position, - a shower fluid inlet for supplying a shower fluid, and - a swivel drive for driven swiveling of the swivel body, wherein the swivel drive includes a slide piston capable of being pressurized by a fluid pressure of the supplied shower fluid, which piston is arranged for translational movement between a first piston end position (K1), corresponding with the first swivel body end position, and a second piston end position (K2), corresponding with the second swivel body end position, characterized in that - the slide piston is arranged with a translation directional component (TRp) in parallel to the swivel axis (Sa), and/or the swivel drive includes a transmission element in the form of a slotted guide mechanism between the slide piston and the swivel body , wherein the transmission element transmits the translational movement of the slide piston into a swivel movement of the swivel body. - a base body , - a swivel body including a shower outlet and held on the base body for swivel movement about a swivel axis (Sa) between a first swivel body end position (Rp), constituting a rest position, and a second swivel body end position (Bp), constituting an operating position, - a shower fluid inlet for supplying a shower fluid, and - a swivel drive for driven swiveling of the swivel body, wherein the swivel drive includes a slide piston capable of being pressurized by a fluid pressure of the supplied shower fluid, which piston is arranged for translational movement between a first piston end position (K1), corresponding with the first swivel body end position, and a second piston end position (K2), corresponding with the second swivel body end position, characterized in that - the slide piston is arranged with a translation directional component (TRp) in parallel to the swivel axis (Sa), and/or the swivel drive includes a transmission element in the form of a slotted guide mechanism between the slide piston and the swivel body , wherein the transmission element transmits the translational movement of the slide piston into a swivel movement of the swivel body.
Air filter element for insertion into an air filter housing , wherein the air filter element features: an inflow surface , an outflow surface , a filter medium , a filter element holding apparatus , wherein the filter medium extends between the inflow surface and the outflow surface in an axial direction (A) of the air filter element, wherein the filter element holding apparatus is connected to the filter medium, wherein the filter element holding apparatus features a holding arrangement projecting radially from the filter medium and a seal arrangement having a sealing line extending around the filter medium , wherein the radially projecting holding arrangement is located between the circumferentially extending sealing line and the filter medium , characterized in that the holding arrangement features on axially opposing sides each a holding surface disposed between the sealing line and the filter medium and with which the filter element can be held in both axial directions, and a radially projecting bulge , in particular a plurality of radially projecting bulges , wherein the sealing line is sectionwise radially curved away from the filter medium , and wherein the seal arrangement features an elastic sealing compound applied along the sealing line to the filter element holding apparatus , and wherein the holding arrangement features at least one recess in axial direction (A), wherein the recess is designed to receive a projection on the air filter housing side.
A method comprising: in accordance with the occurrence of a mobility event wherein a user equipment moves from accessing a source network to accessing a target network in a communication system environment , the user equipment sending a control plane message to the target network comprising an integrity verification parameter associated with the source network and an integrity verification parameter associated with the target network; wherein the user equipment integrity protects the control plane message using a security context previously established with the target network, wherein the integrity verification parameter associated with the target network is a message authentication code generated using the security context previously established with the target network. in accordance with the occurrence of a mobility event wherein a user equipment moves from accessing a source network to accessing a target network in a communication system environment , the user equipment sending a control plane message to the target network comprising an integrity verification parameter associated with the source network and an integrity verification parameter associated with the target network; wherein the user equipment integrity protects the control plane message using a security context previously established with the target network, wherein the integrity verification parameter associated with the target network is a message authentication code generated using the security context previously established with the target network.