mhurhangee/patent-ind-claim-en huggingface dataset:
A notching apparatus in which a punch descends to notch an electrode, the notching apparatus comprising: a holder having one surface in which a mounting groove is provided; the punch having one end inserted into the mounting groove ; and a block inserted into the mounting groove together with the punch , wherein, when inserted into the mounting groove , the block presses the punch so that the punch comes into close contact with one of inner surfaces of the mounting groove , wherein the mounting groove comprises a first inner surface perpendicular to a bottom surface of the holder and a second inner surface inclined with respect to the bottom surface of the holder ; and the block enters in contact with the second inner surface to press the punch toward the first inner surface , wherein, a portion of the block , which is in contact with the second inner surface , is provided as an inclined surface; and when the portion provided as the inclined surface comes into contact with the second inner surface , an opposite surface of the inclined surface of the block is parallel to an outer circumferential surface of the punch to come into contact with the punch , wherein friction force between the second inner surface and the block is greater than that between the block and the punch . a holder having one surface in which a mounting groove is provided; the punch having one end inserted into the mounting groove ; and a block inserted into the mounting groove together with the punch , wherein, when inserted into the mounting groove , the block presses the punch so that the punch comes into close contact with one of inner surfaces of the mounting groove , wherein the mounting groove comprises a first inner surface perpendicular to a bottom surface of the holder and a second inner surface inclined with respect to the bottom surface of the holder ; and the block enters in contact with the second inner surface to press the punch toward the first inner surface , wherein, a portion of the block , which is in contact with the second inner surface , is provided as an inclined surface; and when the portion provided as the inclined surface comes into contact with the second inner surface , an opposite surface of the inclined surface of the block is parallel to an outer circumferential surface of the punch to come into contact with the punch , wherein friction force between the second inner surface and the block is greater than that between the block and the punch .
Process for the surface treatment of three-dimensional objects which have been produced in additive manufacturing processes from at least one polymer, the process comprising the following steps: a) immersing the three-dimensional object in a substance mixture A, b) leaving the three-dimensional object in the substance mixture A for a time, c) removing the three-dimensional object from the substance mixture A, d) immersing the three-dimensional object in a substance mixture B, e) leaving the three-dimensional object in the substance mixture B for a time and f) removing the three-dimensional object from the substance mixture B, characterized in that the substance mixture A has a temperature (process temperature A) which is above the melting point of the polymer, and in that the substance mixture B has a temperature (process temperature B) which is below the melting point of the polymer. a) immersing the three-dimensional object in a substance mixture A, b) leaving the three-dimensional object in the substance mixture A for a time, c) removing the three-dimensional object from the substance mixture A, d) immersing the three-dimensional object in a substance mixture B, e) leaving the three-dimensional object in the substance mixture B for a time and f) removing the three-dimensional object from the substance mixture B,
A device for controlling the transfer of fuel from a first location to a second location, comprising a sensor device for detecting the fuel type in a location and a controller communicating with the sensor device , characterized in that said sensor device comprises a first chamber and a second chamber , at least a pored membrane arranged to separate the chambers , a gas intake connected to the first chamber for receiving a gas form of the fuel, a gas outlet associated with the second chamber for discharging a gas form of the fuel, at least one first gas sensor communicating with said first chamber and at least one second gas sensor communicating with said second chamber .
An apparatus for anastomosis of tubular structures comprising two annular bodies , each of the annular bodies comprising: a first side ; a second side , wherein a central axis (A) extends between the first and second sides; an inner wall defining a passageway that extends along the central axis (A) for passing a tubular structure therethrough; and a plurality of spikes each extending from a base that is connected to the second side of the annular body to a pointed free end configured to pierce the tubular structure ; wherein when the annular bodies are assembled together, the second sides of the annular bodies face one another, the central axes (A) of the annular bodies are coaxial, and respective longitudinal axes of the spikes are angled relative to the central axis (A) such that for each of the spikes , the free end is positioned farther from the central axis (A) in a radial direction than the base is to the central axis (A); characterized in that the passageway of each of the annular bodies has a first opening at the first side , a second opening that is wider than the first opening at the second side , and a first portion adjacent to the second side that widens as the passageway extends in a direction from the first side towards the second side . a first side ; a second side , wherein a central axis (A) extends between the first and second sides; an inner wall defining a passageway that extends along the central axis (A) for passing a tubular structure therethrough; and a plurality of spikes each extending from a base that is connected to the second side of the annular body to a pointed free end configured to pierce the tubular structure ; wherein when the annular bodies are assembled together, the second sides of the annular bodies face one another, the central axes (A) of the annular bodies are coaxial, and respective longitudinal axes of the spikes are angled relative to the central axis (A) such that for each of the spikes , the free end is positioned farther from the central axis (A) in a radial direction than the base is to the central axis (A); characterized in that the passageway of each of the annular bodies has a first opening at the first side , a second opening that is wider than the first opening at the second side , and a first portion adjacent to the second side that widens as the passageway extends in a direction from the first side towards the second side .
A system comprising: a controller configured to control power plant operations; a heat recovery steam generator, HRSG, monitor communicatively coupled to the controller and configured to receive inputs corresponding to the power plant operations; and an HRSG life prediction model configured to predict a remaining operating life for an HRSG component, wherein the HRSG monitor uses the HRSG life prediction model and the inputs to communicate a control action to the controller , wherein the HRSG life prediction model comprises a pre-calculated differential temperature curve model configured to model stress as a first function of a temperature difference over time. a controller configured to control power plant operations; a heat recovery steam generator, HRSG, monitor communicatively coupled to the controller and configured to receive inputs corresponding to the power plant operations; and an HRSG life prediction model configured to predict a remaining operating life for an HRSG component, wherein the HRSG monitor uses the HRSG life prediction model and the inputs to communicate a control action to the controller , wherein the HRSG life prediction model comprises a pre-calculated differential temperature curve model configured to model stress as a first function of a temperature difference over time.
An apparatus configured to collect a sample dose from a drug delivery device , wherein the sample dose is an aerosol, wherein the drug delivery device is selected from the group consisting of a metered dose inhaler (MDI), a pressurized metered dose inhaler (pMDI), and a dry powder inhaler (DPI), and wherein the apparatus comprises a collection assembly, wherein the collection assembly comprises: i) a collection container , wherein the collection container comprises a hollow cylinder having an inner surface and an outer surface, and a first opening at a proximal end and a second opening at a distal end, wherein the second opening is configured to allow the collection container to connect to a system configured to apply negative pressure through the second opening; ii) a resealable inlet baffle operatively connected to the proximal end of the collection container and comprising a central opening which receives a mouthpiece of the MDI, pMDI, or DPI and forms a seal between the collection container and the mouthpiece; iii) an inlet baffle cap ; iv) a filter situated inside the collection container and held in place with a filter lock ring and a filter support , which is configured to allow gas to flow through the filter and trap the aerosol; v) a resealable nozzle operatively connected to the second opening; vi) a removable nozzle cap which is configured to seal the resealable nozzle; and vii) a removable plunger , wherein the central opening of the inlet baffle is configured to receive the removable plunger such that the removable plunger passes through the inlet baffle into the collection container and contacts the inner surface of the collection container. i) a collection container , wherein the collection container comprises a hollow cylinder having an inner surface and an outer surface, and a first opening at a proximal end and a second opening at a distal end, wherein the second opening is configured to allow the collection container to connect to a system configured to apply negative pressure through the second opening; ii) a resealable inlet baffle operatively connected to the proximal end of the collection container and comprising a central opening which receives a mouthpiece of the MDI, pMDI, or DPI and forms a seal between the collection container and the mouthpiece; iii) an inlet baffle cap ; iv) a filter situated inside the collection container and held in place with a filter lock ring and a filter support , which is configured to allow gas to flow through the filter and trap the aerosol; v) a resealable nozzle operatively connected to the second opening; vi) a removable nozzle cap which is configured to seal the resealable nozzle; and vii) a removable plunger , wherein the central opening of the inlet baffle is configured to receive the removable plunger such that the removable plunger passes through the inlet baffle into the collection container and contacts the inner surface of the collection container.
A composition comprising a polyol component and an isocyanate component, wherein: a) the polyol component includes; i) one or more polyols having a hydroxyl equivalent weight of 400 to 2000 and a nominal hydroxyl functionality of 2 to 3; ii) one or more aliphatic diol chain extenders; iii) one or more latent room temperature organometallic catalysts; and iv) one or more multifunctional polyols having a functionality of 5 to 8; b) the polyisocyanate component includes: v) one or more polyisocyanate compounds; wherein the polyisocyanate component and the polyol component are contacted at an isocyanate index of 1.0 to 1.8; and both of vi) one or more carboxylic acid-blocked cyclic amidine compounds blocked with an aliphatic carboxylic acid having 1 to 24 carbon atoms or a mixture of two or more thereof, and vii) one or more phenol-blocked cyclic amidine compounds are located in the polyol component or the isocyanate component and the composition is useful as a two-component polyurethane adhesive composition. a) the polyol component includes; i) one or more polyols having a hydroxyl equivalent weight of 400 to 2000 and a nominal hydroxyl functionality of 2 to 3; ii) one or more aliphatic diol chain extenders; iii) one or more latent room temperature organometallic catalysts; and iv) one or more multifunctional polyols having a functionality of 5 to 8; i) one or more polyols having a hydroxyl equivalent weight of 400 to 2000 and a nominal hydroxyl functionality of 2 to 3; ii) one or more aliphatic diol chain extenders; iii) one or more latent room temperature organometallic catalysts; and iv) one or more multifunctional polyols having a functionality of 5 to 8; b) the polyisocyanate component includes: v) one or more polyisocyanate compounds; v) one or more polyisocyanate compounds;
A method for transmitting, by a computing device, a stream of packets to a group comprising a plurality of group members each having a unicast address, the method comprising: for each group member operating in a first networking mode, wherein the first networking mode is a peer-to-peer networking mode, transmitting the stream of packets to a multicast network address for the group, wherein the stream of packets comprises media data for synchronous playback by the plurality of group members; and for each group member operating in a second networking mode, wherein the second networking mode is an infrastructure mode, converting packets addressed to the multicast network address for the group to packets addressed to the unicast network address of the group member and transmitting the stream of packets to the unicast network address of the group member. for each group member operating in a first networking mode, wherein the first networking mode is a peer-to-peer networking mode, transmitting the stream of packets to a multicast network address for the group, wherein the stream of packets comprises media data for synchronous playback by the plurality of group members; and for each group member operating in a second networking mode, wherein the second networking mode is an infrastructure mode, converting packets addressed to the multicast network address for the group to packets addressed to the unicast network address of the group member and transmitting the stream of packets to the unicast network address of the group member.
A shoe sole comprising a shock absorber comprising a three-dimensional structure (S) composed of a unit structure (U) repeatedly, regularly and continuously arranged in at least one direction, the unit structure (U) being a three-dimensional shape formed by a wall having an external shape defined by a pair of parallel planes or curved surfaces, wherein the three-dimensional structure (S) is a triply periodic minimal surface with a thickness added thereto, a differently shaped portion , which does not correspond to the wall defining the unit structure (U), being locally provided in a shock absorbing region which is a region in which the three-dimensional structure (S) has the unit structure (U) disposed, wherein the differently shaped portion is in a form of a plate having a thickness in a direction intersecting with an axial direction in which the shock absorber exhibits a shock absorbing function as the shock absorber receives a load. wherein the three-dimensional structure (S) is a triply periodic minimal surface with a thickness added thereto, a differently shaped portion , which does not correspond to the wall defining the unit structure (U), being locally provided in a shock absorbing region which is a region in which the three-dimensional structure (S) has the unit structure (U) disposed, wherein the differently shaped portion is in a form of a plate having a thickness in a direction intersecting with an axial direction in which the shock absorber exhibits a shock absorbing function as the shock absorber receives a load.
A docking station for a dust collection box comprising: a housing ; a filter mounted within the housing ; a first air inlet chamber formed within the housing ; an air inlet aperture in a wall of the housing which connects to the first air inlet chamber through which air is capable of being drawn into the first air inlet chamber when used on a dust extractor; an air outlet aperture formed in the wall of the housing which connects to the filter through which air is capable of being drawn through the filter by a vacuum source when mounted on a dust extractor; wherein the first inlet chamber is connected to the filter ; wherein the docking station comprises: a housing : characterised in that it further comprises a socket formed by the housing which is capable of receiving a dust collection box of a dust extractor; a second aperture formed through a wall of the housing which is capable of aligning with an air inlet aperture of a dust collection box when the dust collection box is mounted within the socket; a connector capable of being connected to a vacuum source; and a dust channel , formed inside of the housing , which provides a passageway between the second aperture and the connector . a housing ; a filter mounted within the housing ; a first air inlet chamber formed within the housing ; an air inlet aperture in a wall of the housing which connects to the first air inlet chamber through which air is capable of being drawn into the first air inlet chamber when used on a dust extractor; an air outlet aperture formed in the wall of the housing which connects to the filter through which air is capable of being drawn through the filter by a vacuum source when mounted on a dust extractor; wherein the first inlet chamber is connected to the filter ; wherein the docking station comprises: a housing : characterised in that it further comprises a socket formed by the housing which is capable of receiving a dust collection box of a dust extractor; a second aperture formed through a wall of the housing which is capable of aligning with an air inlet aperture of a dust collection box when the dust collection box is mounted within the socket; a connector capable of being connected to a vacuum source; and a dust channel , formed inside of the housing , which provides a passageway between the second aperture and the connector . characterised in that it further comprises a socket formed by the housing which is capable of receiving a dust collection box of a dust extractor; a second aperture formed through a wall of the housing which is capable of aligning with an air inlet aperture of a dust collection box when the dust collection box is mounted within the socket; a connector capable of being connected to a vacuum source; and a dust channel , formed inside of the housing , which provides a passageway between the second aperture and the connector .
Roll stand comprising a roll , particularly a backing roll, mounted by way of an oil film bearing , wherein the oil film bearing comprises a sealing system for sealing the oil film bearing against egress of oil as well as ingress of coolant and is incorporated in an oil circulation lubricating installation in fluid connection with the oil film bearing by way of oil feed lines and an oil drain line , as well as a first sensor arranged in the oil fee line and a second sensor arranged in the oil drain line , characterised in that the two sensors are arranged for the purpose of ascertaining the coolant content in the respective oil volume flow.
A control device for a cargo loading system on a cargo deck of a cargo aircraft, comprising the following: a plurality of selection switch elements (S1, S2, S3, S4) each for selecting a loading configuration (L1, L2, L3, L4); at least one first indicator device, comprising a display for outputting an at least partial depiction of the cargo deck, at least one second indicator device comprising a plurality of light source arrangements to be arranged on the cargo deck, in particular on system components (S) of the cargo loading system, and a computing unit , which is designed to: a) determine a selected loading configuration (L1, L2, L3, L4) based on signals from at least some of the selection switch elements (S1, S2, S3, S4); b) use the selected loading configuration (L1, L2, L3, L4), determine an identification region (K) on the cargo deck and/or an identification selection of system components (S); c) visualize the identification region (K) and/or the identification selection using the first indicator device and the second indicator device . a plurality of selection switch elements (S1, S2, S3, S4) each for selecting a loading configuration (L1, L2, L3, L4); at least one first indicator device, comprising a display for outputting an at least partial depiction of the cargo deck, at least one second indicator device comprising a plurality of light source arrangements to be arranged on the cargo deck, in particular on system components (S) of the cargo loading system, and a computing unit , which is designed to: a) determine a selected loading configuration (L1, L2, L3, L4) based on signals from at least some of the selection switch elements (S1, S2, S3, S4); b) use the selected loading configuration (L1, L2, L3, L4), determine an identification region (K) on the cargo deck and/or an identification selection of system components (S); c) visualize the identification region (K) and/or the identification selection using the first indicator device and the second indicator device . a) determine a selected loading configuration (L1, L2, L3, L4) based on signals from at least some of the selection switch elements (S1, S2, S3, S4); b) use the selected loading configuration (L1, L2, L3, L4), determine an identification region (K) on the cargo deck and/or an identification selection of system components (S); c) visualize the identification region (K) and/or the identification selection using the first indicator device and the second indicator device .
An ingestible apparatus for collecting samples from a target area of a gastrointestinal (GI) tract of a human or mammal and/or for delivering a health-related substance thereto, the ingestible apparatus comprising: a housing comprising at least one first port (302 or 304) and a first compartment communicable with the at least one first port; an actuation assembly for collecting the samples and/or discharging the health-related substance through the at least one first port; and a delay structure for delaying the actuation assembly until the ingestible apparatus is within the target area; characterized in that the actuation assembly comprises a brush , the brush comprising at least a stem and bristles coupled to the stem about a distal end thereof, wherein the brush is configured to retract into the first compartment, and wherein the bristles are configured to extend radially outward from the stem. a housing comprising at least one first port (302 or 304) and a first compartment communicable with the at least one first port; an actuation assembly for collecting the samples and/or discharging the health-related substance through the at least one first port; and a delay structure for delaying the actuation assembly until the ingestible apparatus is within the target area; characterized in that the actuation assembly comprises a brush , the brush comprising at least a stem and bristles coupled to the stem about a distal end thereof, wherein the brush is configured to retract into the first compartment, and wherein the bristles are configured to extend radially outward from the stem.