mhurhangee/patent-ind-claim-en huggingface dataset:
A modular heads-up augmented reality (AR) display system wearable by a user in a rescue or combat mission comprising: a processor module ; a battery module ; a trunking module disposed between the processor module and the battery module to protect wires connecting the processor module and the battery module ; and a host spectacle having two temple pieces and a front frame ; characterised in that : the processor and the battery modules are removeably attachable with a hook onto the respective separate temple pieces , whilst the trunking module is removeably attachable onto the front frame of the host spectacle ; and a forward distal end of the processor module is pivotably connected to a display or projection unit by a drop-in slot connector , so that the display/projection unit is pivotable about one axis and is adjustable between an extended position (for AR view) and a retracted position (for full reality view), thereby allowing the user to stay vigilant during a mission-critical, time-critical or safety-critical situation. a processor module ; a battery module ; a trunking module disposed between the processor module and the battery module to protect wires connecting the processor module and the battery module ; and a host spectacle having two temple pieces and a front frame ; characterised in that : the processor and the battery modules are removeably attachable with a hook onto the respective separate temple pieces , whilst the trunking module is removeably attachable onto the front frame of the host spectacle ; and a forward distal end of the processor module is pivotably connected to a display or projection unit by a drop-in slot connector , so that the display/projection unit is pivotable about one axis and is adjustable between an extended position (for AR view) and a retracted position (for full reality view), thereby allowing the user to stay vigilant during a mission-critical, time-critical or safety-critical situation. the processor and the battery modules are removeably attachable with a hook onto the respective separate temple pieces , whilst the trunking module is removeably attachable onto the front frame of the host spectacle ; and a forward distal end of the processor module is pivotably connected to a display or projection unit by a drop-in slot connector , so that the display/projection unit is pivotable about one axis and is adjustable between an extended position (for AR view) and a retracted position (for full reality view), thereby allowing the user to stay vigilant during a mission-critical, time-critical or safety-critical situation.
Method for manufacturing a timepiece mainspring, comprising the following steps: a) producing a part, having the desired shape of the mainspring, from silicon, b) thermally oxidising the part, c) deoxidising the part, d) thermally annealing the part in a reducing atmosphere, e) forming a layer of silicon oxide on the part. a) producing a part, having the desired shape of the mainspring, from silicon, b) thermally oxidising the part, c) deoxidising the part, d) thermally annealing the part in a reducing atmosphere, e) forming a layer of silicon oxide on the part.
A brake module for a drive system, in particular for doors, comprising at least one thrust washer and at least one brake disc , a. wherein the at least one thrust washer and the at least one brake disc each comprise at least one friction surface which rub against each other in braking operation, and b . wherein at least one of the friction surfaces of the brake disc is formed by a friction layer for protecting the brake disc and/or thrust washer from wear, c . wherein the brake disc comprises a carrier and at least one friction layer connected to the carrier , d . wherein the friction layer comprises a carbon fiber mesh, characterized in that e . the thrust washer consists of non-nitrided chromium-5 steel. a. wherein the at least one thrust washer and the at least one brake disc each comprise at least one friction surface which rub against each other in braking operation, and b . wherein at least one of the friction surfaces of the brake disc is formed by a friction layer for protecting the brake disc and/or thrust washer from wear, c . wherein the brake disc comprises a carrier and at least one friction layer connected to the carrier , d . wherein the friction layer comprises a carbon fiber mesh, characterized in that e . the thrust washer consists of non-nitrided chromium-5 steel.
A razor handle comprising: a rigid member forming a frame ; a first member having one or more movable elements, wherein a portion of said first member is connected to a first surface of said rigid member ; a second member , said second member coupled to a second surface of said rigid member characterized in that a benefit delivery assembly for providing heating or cooling of the skin, and/or for applying fluids to the skin is disposed in an area between said first and second members , and the movable elements serve as a cartridge eject mechanism and are configured to perform a rotational and/or linear movement. a rigid member forming a frame ; a first member having one or more movable elements, wherein a portion of said first member is connected to a first surface of said rigid member ; a second member , said second member coupled to a second surface of said rigid member characterized in that a benefit delivery assembly for providing heating or cooling of the skin, and/or for applying fluids to the skin is disposed in an area between said first and second members , and the movable elements serve as a cartridge eject mechanism and are configured to perform a rotational and/or linear movement.
A particulate matter sensor device for detecting and/or characterising particulate matter in a flow of an aerosol sample guided through the particulate matter sensor device , comprising: - an enclosure , the enclosure comprising a flow inlet and a flow outlet , and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet ; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) arranged closely upstream of the radiation detector and/or of the radiation source , and configured to at least locally modify the flow of the aerosol sample for reducing particulate matter precipitation onto the radiation detector and/or onto the radiation source and/or onto the channel wall sections in close proximity to the radiation source and/or radiation detector , wherein the flow modifying device comprises or consists of a constriction in or of the flow channel , the constriction being configured to direct at least part of the flow of the aerosol sample away from a detection area of the detector and/or away from an emitting area of the radiation source , and wherein said constriction extends over a constriction region , characterized in that the radiation detector and/or the radiation source are arranged in a constriction recess that is arranged in said constriction region and that extends radially into said constriction . - an enclosure , the enclosure comprising a flow inlet and a flow outlet , and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet ; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) arranged closely upstream of the radiation detector and/or of the radiation source , and configured to at least locally modify the flow of the aerosol sample for reducing particulate matter precipitation onto the radiation detector and/or onto the radiation source and/or onto the channel wall sections in close proximity to the radiation source and/or radiation detector ,
A cushioning piece for cushioning an object to be packed in an outer carton , comprising at least one base element , comprising: a base body in the form of a half-tube open in the downward direction; and at least two cusp-shaped support elements , which are attached to the outer side of the half-tube, are facing each other in pairs and project on the outer side of the base body with a height H upward beyond the high point H1 on the inner side of the half-tube open in the downward direction; wherein the opposite surfaces of the cusp-shaped support elements and their transition on the outer side of the half-tube open in the downward direction are shaped in such a way that together they form an channel section that is open in the upward direction; and wherein the entire cushioning piece with an average wall thickness (W) is made as a single piece composed of a waste-paper-fibre material; characterized in that that the low point (T) on the inner side of the channel section open in the upward direction is spaced away by the distance h with 1x the wall thickness (W) < h from the high point H1 on the inner side of the half-tube open in the downward direction. wherein the opposite surfaces of the cusp-shaped support elements and their transition on the outer side of the half-tube open in the downward direction are shaped in such a way that together they form an channel section that is open in the upward direction; and wherein the entire cushioning piece with an average wall thickness (W) is made as a single piece composed of a waste-paper-fibre material; characterized in that that the low point (T) on the inner side of the channel section open in the upward direction is spaced away by the distance h with 1x the wall thickness (W) < h from the high point H1 on the inner side of the half-tube open in the downward direction.
A method of manufacturing a device comprising at least a first fibre using a fibre draw apparatus , the method comprising: providing a first preform comprising a shape memory polymer to the fibre draw apparatus; heating a first portion of the first preform; and fibre drawing, using the fibre draw apparatus, the heated first portion in order to form the first fibre; wherein the first preform has a first hollow channel extending from a first end of the first preform in a draw direction at least partially through the first preform towards a second, opposing, end of the first preform, the draw direction comprising the direction in which the heated first portion is drawn using the fibre draw apparatus; and the step of fibre drawing the heated first portion in order to form the first fibre further comprises rotating the first portion of the first preform around the draw axis with a first radial velocity such that a resultant first fibre comprises at least a first helical hollow channel, the fibre draw apparatus comprising a first preform holder configured to hold and provide for rotation of the first preform. providing a first preform comprising a shape memory polymer to the fibre draw apparatus; heating a first portion of the first preform; and fibre drawing, using the fibre draw apparatus, the heated first portion in order to form the first fibre; wherein the first preform has a first hollow channel extending from a first end of the first preform in a draw direction at least partially through the first preform towards a second, opposing, end of the first preform, the draw direction comprising the direction in which the heated first portion is drawn using the fibre draw apparatus; and the step of fibre drawing the heated first portion in order to form the first fibre further comprises rotating the first portion of the first preform around the draw axis with a first radial velocity such that a resultant first fibre comprises at least a first helical hollow channel, the fibre draw apparatus comprising a first preform holder configured to hold and provide for rotation of the first preform.
A sample analysis method for analyzing a substance in a sample, comprising: introducing the sample into a capillary flow path filled with a running buffer solution; separating the substance in the sample through capillary electrophoresis by applying a voltage to a whole or a part of the capillary flow path; and detecting the substance separated through capillary electrophoresis by an optical procedure; wherein the substance is hemoglobin and wherein the hemoglobin is separated in the presence of a solution comprising an ionic pseudostationary phase and a pH buffer substance, said sample analysis method being characterized in that said solution also comprises a non-surfactant-type zwitterionic substance. introducing the sample into a capillary flow path filled with a running buffer solution; separating the substance in the sample through capillary electrophoresis by applying a voltage to a whole or a part of the capillary flow path; and detecting the substance separated through capillary electrophoresis by an optical procedure; wherein the substance is hemoglobin and wherein the hemoglobin is separated in the presence of a solution comprising an ionic pseudostationary phase and a pH buffer substance, said sample analysis method being characterized in that said solution also comprises a non-surfactant-type zwitterionic substance.
A gas sensor device comprises a sensor element that detects concentration of gas by heat dissipation of a heating element; a cover that covers the sensor element , wherein the cover has a plurality of ventilation portions , the plurality of ventilation portions are arranged while being apart from each other in a direction perpendicular to a flow direction of the gas, the sensor element is arranged at a position opposing an inner surface of the cover , the inner surface is arranged between the plurality of ventilation portions , a gap between the sensor element and the inner surface of the cover is smaller than a height of an inner space covered by the cover , the gas sensor device characterized by further comprising a guide member that rectifies a flow direction of the cover outer surface in which the plurality of ventilation portions are formed; and throttle members which are disposed between the plurality of ventilation portions so as to narrow the inner space , to thereby increase ventilation resistance between the plurality of ventilation portion , and to suppress flow between the plurality of ventilation portions , wherein a shape of the guide member is a passage structure formed by additional guide members and a plurality of shielding members , which penetrate in the flow direction. a sensor element that detects concentration of gas by heat dissipation of a heating element; a cover that covers the sensor element , wherein the cover has a plurality of ventilation portions , the plurality of ventilation portions are arranged while being apart from each other in a direction perpendicular to a flow direction of the gas, the sensor element is arranged at a position opposing an inner surface of the cover , the inner surface is arranged between the plurality of ventilation portions , a gap between the sensor element and the inner surface of the cover is smaller than a height of an inner space covered by the cover , the gas sensor device characterized by further comprising a guide member that rectifies a flow direction of the cover outer surface in which the plurality of ventilation portions are formed; and throttle members which are disposed between the plurality of ventilation portions so as to narrow the inner space , to thereby increase ventilation resistance between the plurality of ventilation portion , and to suppress flow between the plurality of ventilation portions , wherein a shape of the guide member is a passage structure formed by additional guide members and a plurality of shielding members , which penetrate in the flow direction.
A receiving apparatus comprising: a receiving unit for receiving broadcasting content transmitted by a broadcasting wave of digital broadcasting; an acquiring unit configured to acquire application management information to control an operation of an application program executed in linkage with broadcasting content, which is described in an area to describe any information in a first markup language describing the data broadcasting content transmitted by the broadcasting wave; and a control unit for controlling the operation of the application program, according to the acquired application management information, wherein the application management information is information that is obtained by converting Extensible Markup Language-Application Information Table, XML-AIT, said information defining a life cycle of the application program, the application management information being embedded in a meta element of said first mark-up language document and including a prefix, and wherein a control command that controls operation of the application program is described in the application management information. a receiving unit for receiving broadcasting content transmitted by a broadcasting wave of digital broadcasting; an acquiring unit configured to acquire application management information to control an operation of an application program executed in linkage with broadcasting content, which is described in an area to describe any information in a first markup language describing the data broadcasting content transmitted by the broadcasting wave; and a control unit for controlling the operation of the application program, according to the acquired application management information, wherein the application management information is information that is obtained by converting Extensible Markup Language-Application Information Table, XML-AIT, said information defining a life cycle of the application program, the application management information being embedded in a meta element of said first mark-up language document and including a prefix, and wherein a control command that controls operation of the application program is described in the application management information.
A computer-implemented method for analyzing allocated memory of an industrial controller comprising: providing at least one program for execution on an industrial controller; analyzing a memory allocated to the at least one program on the industrial controller, based at least in part on metadata of the at least one program, wherein said analyzing includes scanning the memory to identify one or more data structures stored in the memory and verifying the one or more data structures based at least in part on the metadata of the at least one program; identifying at least one fault condition indicative of an erroneous use of the allocated memory by the program in the memory for each incorrect configuration of a data structure of the one or more data structures or if no correct configuration of a data structure of the one or more data structures can be determined based on a set of rules; and in response to the identified at least one fault condition, providing a notification including an indication of the at least one fault condition. providing at least one program for execution on an industrial controller; analyzing a memory allocated to the at least one program on the industrial controller, based at least in part on metadata of the at least one program, wherein said analyzing includes scanning the memory to identify one or more data structures stored in the memory and verifying the one or more data structures based at least in part on the metadata of the at least one program; identifying at least one fault condition indicative of an erroneous use of the allocated memory by the program in the memory for each incorrect configuration of a data structure of the one or more data structures or if no correct configuration of a data structure of the one or more data structures can be determined based on a set of rules; and in response to the identified at least one fault condition, providing a notification including an indication of the at least one fault condition.
A method of preparing a laminate , comprising: obtaining a first plastic substrate having a front surface and a back surface; treating the front surface of the first plastic substrate or the back surface of the first plastic substrate; and laminating a second plastic substrate on the treated front surface of the first plastic substrate or the treated back surface of the first plastic substrate, wherein the treating of the front surface of the first plastic substrate or the back surface of the first plastic substrate includes applying a polyurethane resin to the front surface of the first plastic substrate or the back surface of the first plastic substrate and applying isopropyl alcohol, ethanol, or methanol to the applied polyurethane resin , wherein the method is implemented without chemical adhesives. obtaining a first plastic substrate having a front surface and a back surface; treating the front surface of the first plastic substrate or the back surface of the first plastic substrate; and laminating a second plastic substrate on the treated front surface of the first plastic substrate or the treated back surface of the first plastic substrate, wherein the treating of the front surface of the first plastic substrate or the back surface of the first plastic substrate includes applying a polyurethane resin to the front surface of the first plastic substrate or the back surface of the first plastic substrate and applying isopropyl alcohol, ethanol, or methanol to the applied polyurethane resin , wherein the method is implemented without chemical adhesives.
A scaffolding material for culturing a stem cell, having a dispersion component γ d of surface free energy of 28.0 or more and less than 38.0, and a dipole component γ p of surface free energy of 1.0 or more and less than 10.0, wherein the scaffolding material comprising a synthetic resin, the synthetic resin contains at least any one of a polyvinyl acetal skeleton and a poly(meth)acrylic ester skeleton. a dispersion component γ d of surface free energy of 28.0 or more and less than 38.0, and a dipole component γ p of surface free energy of 1.0 or more and less than 10.0, wherein the scaffolding material comprising a synthetic resin, the synthetic resin contains at least any one of a polyvinyl acetal skeleton and a poly(meth)acrylic ester skeleton.