mhurhangee/patent-ind-claim-en huggingface dataset:
Use of an extrusion die for extruding a food product having a humidity level between 2.5 to 6.5% of the extruded food product, the extrusion die being intended to be connected to the end of an extruder , said extrusion die presenting in transversal cross-section: - a circular central opened portion ; and - a peripheral indented opened portion comprising indentations in which the indentations are in communication with the circular central portion thereby forming longitudinal grooves on the surface of the extruded product and - in which extrusion die the ratio of the surface between the circular central portion and the peripheral indented portion is in the range of 1:15 to 1:45. - a circular central opened portion ; and - a peripheral indented opened portion comprising indentations in which the indentations are in communication with the circular central portion thereby forming longitudinal grooves on the surface of the extruded product and - in which extrusion die the ratio of the surface between the circular central portion and the peripheral indented portion is in the range of 1:15 to 1:45.
A safety gear for cycling, comprising: a brake signal component ; a brake signal component circuit , wherein said brake signal component circuit is connected to the brake signal component and comprises a brake signal switch , and wherein the brake signal switch senses a head pitch movement of a cyclist to control on and off of the brake signal component . a brake signal component ; a brake signal component circuit , wherein said brake signal component circuit is connected to the brake signal component and comprises a brake signal switch , and wherein the brake signal switch senses a head pitch movement of a cyclist to control on and off of the brake signal component .
A method for sequencing a target polynucleotide, the method comprising: detecting a first series of nucleotide incorporations complementary to at least a portion of the target polynucleotide, the first series of nucleotide incorporations forming a first complementary polynucleotide, the target nucleotide secured to a substate disposed in a sequencing zone of an assembly; moving the substrate to which the target nucleotide is secured to a templating zone of the assembly; removing the first complementary polynucleotide when the substrate is disposed at the templating zone of the assembly, the target polynucleotide remaining secured to the substrate; following the removing, moving the substrate to which the target polynucleotide is secured to the sequencing zone; and detecting a second series of nucleotide incorporations complementary to at least a portion of the target polynucleotide, the second series of nucleotide incorporations forming a second complementary polynucleotide. detecting a first series of nucleotide incorporations complementary to at least a portion of the target polynucleotide, the first series of nucleotide incorporations forming a first complementary polynucleotide, the target nucleotide secured to a substate disposed in a sequencing zone of an assembly; moving the substrate to which the target nucleotide is secured to a templating zone of the assembly; removing the first complementary polynucleotide when the substrate is disposed at the templating zone of the assembly, the target polynucleotide remaining secured to the substrate; following the removing, moving the substrate to which the target polynucleotide is secured to the sequencing zone; and detecting a second series of nucleotide incorporations complementary to at least a portion of the target polynucleotide, the second series of nucleotide incorporations forming a second complementary polynucleotide.
A system for detecting a traumatic brain injury (TBI), comprising: a sensing arrangement configured to collect eye movement data of a user; a control unit in communication with the sensing arrangement, the control unit being configured to: compare the eye movement data to a plurality of baseline measurements of eye movement dynamics, wherein comparing the eye movement data to the baseline measurements comprises calculating a current intersaccadic drift velocity of the user and comparing the current intersaccadic drift velocity to a plurality of threshold drift velocities of the baseline measurements, including a normal threshold drift velocity and a TBI threshold drift velocity; and if the eye movement data diverges from one or more of the baseline measurements by a threshold amount, generate an alert for an alerting arrangement configured to indicate a presence or a severity of the TBI for delivery to the user. a sensing arrangement configured to collect eye movement data of a user; a control unit in communication with the sensing arrangement, the control unit being configured to: compare the eye movement data to a plurality of baseline measurements of eye movement dynamics, wherein comparing the eye movement data to the baseline measurements comprises calculating a current intersaccadic drift velocity of the user and comparing the current intersaccadic drift velocity to a plurality of threshold drift velocities of the baseline measurements, including a normal threshold drift velocity and a TBI threshold drift velocity; and if the eye movement data diverges from one or more of the baseline measurements by a threshold amount, generate an alert for an alerting arrangement configured to indicate a presence or a severity of the TBI for delivery to the user. compare the eye movement data to a plurality of baseline measurements of eye movement dynamics, wherein comparing the eye movement data to the baseline measurements comprises calculating a current intersaccadic drift velocity of the user and comparing the current intersaccadic drift velocity to a plurality of threshold drift velocities of the baseline measurements, including a normal threshold drift velocity and a TBI threshold drift velocity; and if the eye movement data diverges from one or more of the baseline measurements by a threshold amount, generate an alert for an alerting arrangement configured to indicate a presence or a severity of the TBI for delivery to the user.
A docking device for docking a prosthetic valve at a native heart valve, the docking device comprising: a flexible body comprising an elongate tubular structure, a first lumen extending at least partially through the flexible body , and a second lumen extending at least partially through the flexible body ; a first coil more rigid than the flexible body , comprising a first plurality of circular turns, the first coil configured to fit within the first lumen , and the first plurality of circular turns comprising a first diameter in a relaxed state; a second coil more rigid than the flexible body , comprising a second plurality of circular turns, the second coil configured to fit within the second lumen , and the second plurality of circular turns comprising a second diameter in a relaxed state that is less than the first diameter; wherein the docking device has a first configuration with a third diameter when the first coil is positioned within the first lumen ; wherein the docking device has a second configuration defining an inner space having a fourth diameter when the second coil is positioned within the second lumen , and wherein the fourth diameter is less than the first diameter and the third diameter. a flexible body comprising an elongate tubular structure, a first lumen extending at least partially through the flexible body , and a second lumen extending at least partially through the flexible body ; a first coil more rigid than the flexible body , comprising a first plurality of circular turns, the first coil configured to fit within the first lumen , and the first plurality of circular turns comprising a first diameter in a relaxed state; a second coil more rigid than the flexible body , comprising a second plurality of circular turns, the second coil configured to fit within the second lumen , and the second plurality of circular turns comprising a second diameter in a relaxed state that is less than the first diameter; wherein the docking device has a first configuration with a third diameter when the first coil is positioned within the first lumen ; wherein the docking device has a second configuration defining an inner space having a fourth diameter when the second coil is positioned within the second lumen , and wherein the fourth diameter is less than the first diameter and the third diameter.
An aerosol-generating system comprising: a nicotine source; a volatile delivery enhancing compound source, wherein the volatile delivery enhancing compound comprises an acid; and a heating means for heating one or both of the nicotine source and the volatile delivery enhancing compound source, wherein one or both of the nicotine source and the volatile delivery enhancing compound source is encapsulated in a cylindrical polymeric capsule comprising a thermally conductive material having a thermal conductivity of at least about 10 W/(m•K), wherein the thermally conductive material is included in one or both of: one or more walls of the cylindrical polymeric capsule ; and a polymeric coating provided on at least part of the interior surface of the cylindrical polymeric capsule . a nicotine source; a volatile delivery enhancing compound source, wherein the volatile delivery enhancing compound comprises an acid; and a heating means for heating one or both of the nicotine source and the volatile delivery enhancing compound source, wherein one or both of the nicotine source and the volatile delivery enhancing compound source is encapsulated in a cylindrical polymeric capsule comprising a thermally conductive material having a thermal conductivity of at least about 10 W/(m•K), wherein the thermally conductive material is included in one or both of: one or more walls of the cylindrical polymeric capsule ; and a polymeric coating provided on at least part of the interior surface of the cylindrical polymeric capsule .
An assembly comprising a nosecone , an ajustable inlet guide vane and a nosecone support of a gas turbine engine comprising a spar to extend radially from the nosecone , wherein the spar is configured to be positioned directly upstream of the adjustable inlet guide vane of a compressor, characterised in that : the spar includes a first end for directly securing to the nosecone and an opposing second end for securement to a compressor case .
A system for monitoring an environment for a patient on a patient support device, the system comprising: a patient support device , multiple wireless sensors configured to be placed on a body of the patient, including multiple temperature sensors, and a galvanic skin response sensor to detect sweating on the body of the patient; a controller programmed to receive temperature readings from the multiple wireless temperature sensors and the galvanic skin response sensor; and an airflow system , associated with the patient support device , and configured to provide airflow within the patient support device , wherein the controller is programmed to: determine the temperature of the air and the speed of the airflow being provided by the airflow system; analyse the temperature readings, the galvanic skin response reading, the temperature of the air, and the airflow speed, over time; and modify air flowing through the airflow system , based on the analysis, to maintain a patient within a desired environment. a patient support device , multiple wireless sensors configured to be placed on a body of the patient, including multiple temperature sensors, and a galvanic skin response sensor to detect sweating on the body of the patient; a controller programmed to receive temperature readings from the multiple wireless temperature sensors and the galvanic skin response sensor; and an airflow system , associated with the patient support device , and configured to provide airflow within the patient support device , wherein the controller is programmed to: determine the temperature of the air and the speed of the airflow being provided by the airflow system; analyse the temperature readings, the galvanic skin response reading, the temperature of the air, and the airflow speed, over time; and modify air flowing through the airflow system , based on the analysis, to maintain a patient within a desired environment. determine the temperature of the air and the speed of the airflow being provided by the airflow system; analyse the temperature readings, the galvanic skin response reading, the temperature of the air, and the airflow speed, over time; and modify air flowing through the airflow system , based on the analysis, to maintain a patient within a desired environment.
A processor comprising: route tables to provide entries corresponding to different respective memory access resources; a repository to store reference information which represents a list of items corresponding to different respective ranges of addresses, and wherein the items are each to comprise an identifier of a respective one of the route tables, and an identifier of a respective index offset; and first circuitry coupled to the route tables and to the repository, the first circuitry to: perform a first access of the reference information based on a physical address of a memory access request; determine, based on the first access, both an identifier of a first route table, and an identifier of a first index offset; determine a first index based on the identifier of the first index offset; perform a second access of the first route table, with the first index, to identify memory access information corresponding to a first memory access resource; and generate a signal, based on the memory access information, to indicate that the memory access request is to be directed to the first memory access resource. route tables to provide entries corresponding to different respective memory access resources; a repository to store reference information which represents a list of items corresponding to different respective ranges of addresses, and wherein the items are each to comprise an identifier of a respective one of the route tables, and an identifier of a respective index offset; and first circuitry coupled to the route tables and to the repository, the first circuitry to: perform a first access of the reference information based on a physical address of a memory access request; determine, based on the first access, both an identifier of a first route table, and an identifier of a first index offset; determine a first index based on the identifier of the first index offset; perform a second access of the first route table, with the first index, to identify memory access information corresponding to a first memory access resource; and generate a signal, based on the memory access information, to indicate that the memory access request is to be directed to the first memory access resource. perform a first access of the reference information based on a physical address of a memory access request; determine, based on the first access, both an identifier of a first route table, and an identifier of a first index offset; determine a first index based on the identifier of the first index offset; perform a second access of the first route table, with the first index, to identify memory access information corresponding to a first memory access resource; and generate a signal, based on the memory access information, to indicate that the memory access request is to be directed to the first memory access resource.
Cosmetic use of a composition in the topical treatment of a non-inflammatory skin condition in a subject, said composition comprising adipose tissue-derived secretions, wherein the adipose tissue-derived secretions are prepared from an adipose tissue-derived cell suspension obtained from an adherent culture of adipose tissue-derived non-adipocyte cells having a fibroblast-like appearance, wherein the skin condition is selected from the following conditions in said subject (i) wrinkling of the skin (ii) sun spots, (iii) age spots, and (iv) liver spots and said treatment alleviates one or more of said conditions.
Apparatus (1; 2; 3) for measuring a particle concentration in motor vehicle exhaust gases having - a measuring chamber which can be filled with a gas/particle mixture to be measured, at least one light source and at least one light sensor , the light sensor being configured to detect light which is scattered by particles which are present in the gas/particle mixture; - an evaluation unit which is connected to the at least one light sensor and which evaluates signals which are output by the light sensor; - an exhaust gas feeding device which is configured to feed exhaust gas to be measured to the measuring chamber ; - a zero gas source which is configured to provide a low-particle zero gas, the zero gas source having a filter unit and an air feeding means which receives air from the surroundings or from gas cylinders and feeds it to the filter unit ; and - a switching element (30; 32; 34) which is arranged between the exhaust gas feeding device and the measuring chamber and is configured to selectively permit or prevent the feed of exhaust gas into the measuring chamber , the zero gas source being configured in such a way that a sufficient zero gas stream A from the zero gas source into the measuring chamber is ensured, and the zero gas source being connected to the measuring chamber in such a way that zero gas which flows from the measuring chamber is again fed to the air feeding means . - a measuring chamber which can be filled with a gas/particle mixture to be measured, at least one light source and at least one light sensor , the light sensor being configured to detect light which is scattered by particles which are present in the gas/particle mixture; - an evaluation unit which is connected to the at least one light sensor and which evaluates signals which are output by the light sensor; - an exhaust gas feeding device which is configured to feed exhaust gas to be measured to the measuring chamber ; - a zero gas source which is configured to provide a low-particle zero gas, the zero gas source having a filter unit and an air feeding means which receives air from the surroundings or from gas cylinders and feeds it to the filter unit ; and - a switching element (30; 32; 34) which is arranged between the exhaust gas feeding device and the measuring chamber and is configured to selectively permit or prevent the feed of exhaust gas into the measuring chamber , the zero gas source being configured in such a way that a sufficient zero gas stream A from the zero gas source into the measuring chamber is ensured, and
Steam generator , comprising: a housing ; a flow channel through which a heat exchange fluid, preferably smoke gas, can flow from an inlet of the flow channel to an outlet of the flow channel, wherein at least one portion of the flow channel is arranged in the housing as the first heat exchange element ; at least one second heat exchange element which is arranged in the housing and through which water can flow for the generation of steam, a heat transfer medium which is arranged in the housing in order to transmit heat from the heat exchange fluid flowing through the flow channel to the water flowing through the second heat exchange element for the generation of steam, wherein the heat transfer medium is a salt bath, characterised in that the cross-section of the flow channel at the inlet of the flow channel is larger than at the outlet of the flow channel. a housing ; a flow channel through which a heat exchange fluid, preferably smoke gas, can flow from an inlet of the flow channel to an outlet of the flow channel, wherein at least one portion of the flow channel is arranged in the housing as the first heat exchange element ; at least one second heat exchange element which is arranged in the housing and through which water can flow for the generation of steam, a heat transfer medium which is arranged in the housing in order to transmit heat from the heat exchange fluid flowing through the flow channel to the water flowing through the second heat exchange element for the generation of steam, wherein the heat transfer medium is a salt bath, characterised in that the cross-section of the flow channel at the inlet of the flow channel is larger than at the outlet of the flow channel.
An isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, or comprising, or consisting of a nucleic acid sequence of at least 600 bp having at least 80% identity to said sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule leads to the specific expression of a gene in retinal endothelial cells when a nucleic acid sequence coding for said gene is operatively linked to said isolated nucleic acid molecule.
A method for enabling delegation , comprising the steps of: Receiving , by a first domain controller computing device for a first domain , a request from a middle tier computing device in a second domain to communicate as a client to a target back end tier computing device ; determining the target back end tier computing device is in the first domain ; characterized in that the method further comprises: identifying one or more policies comprising requirements for delegating to the target back end tier computing device , wherein at least one of the one or more policies comprising requirements is established by the target back end tier computing device ; receiving configuration information regarding the middle tier computing device and a second domain controller computing device for the second domain ; determining whether the identified one or more policies are satisfied based in part on the received configuration information regarding the middle tier computing device and the second domain controller computing device for the second domain ; and generating a signed service ticket allowing the request to communicate. Receiving , by a first domain controller computing device for a first domain , a request from a middle tier computing device in a second domain to communicate as a client to a target back end tier computing device ; determining the target back end tier computing device is in the first domain ; characterized in that the method further comprises: identifying one or more policies comprising requirements for delegating to the target back end tier computing device , wherein at least one of the one or more policies comprising requirements is established by the target back end tier computing device ; receiving configuration information regarding the middle tier computing device and a second domain controller computing device for the second domain ; determining whether the identified one or more policies are satisfied based in part on the received configuration information regarding the middle tier computing device and the second domain controller computing device for the second domain ; and generating a signed service ticket allowing the request to communicate. identifying one or more policies comprising requirements for delegating to the target back end tier computing device , wherein at least one of the one or more policies comprising requirements is established by the target back end tier computing device ; receiving configuration information regarding the middle tier computing device and a second domain controller computing device for the second domain ; determining whether the identified one or more policies are satisfied based in part on the received configuration information regarding the middle tier computing device and the second domain controller computing device for the second domain ; and generating a signed service ticket allowing the request to communicate.