mhurhangee/patent-ind-claim-en huggingface dataset:
Method for reconstructing the rail profile of worn rails for rail vehicles, comprising the following steps: - applying several layers (8a - 8x), overlying one another, of metallic material onto a worn region of the rail , culminating in the application of a top layer which projects outwards over a desired target profile of the rail , - applying at least one further layer made of a metallic material onto the top layer and - complete removal of the further layer and a part of the top layer until the target profile is achieved characterised in that the rail is preheated to a predetermined preheating temperature on a rail section which is to be reconstructed, wherein the preheating temperature is lower than 80°C and is in particular approximately 50°C. - applying several layers (8a - 8x), overlying one another, of metallic material onto a worn region of the rail , culminating in the application of a top layer which projects outwards over a desired target profile of the rail , - applying at least one further layer made of a metallic material onto the top layer and - complete removal of the further layer and a part of the top layer until the target profile is achieved
A cylinder-piston unit for actuating a flush valve , comprising a cylinder and a piston which is displaceably mounted in the cylinder and a piston rod of which is operatively connected to a flush valve , wherein said cylinder-piston unit comprises at least one fluid inlet , which opens into the cylinder at or below a lower stop position of the piston , and wherein said cylinder-piston unit comprises at least one fluid outlet, characterized in that the piston comprises at least one valve which seals the piston in a lower stop position (L) and opens at least one passage opening in an upper stop position (U).
A tray for an equipment for receiving surgical materials and/or liquid products, wherein said tray has an upper face that is provided with at least one housing and that is intended to removably receive the tight surface film intended to form at least one recess for receiving said surgical materials and/or liquid products, characterized in that the tray includes means for sticking said tight surface film against said upper face of the tray , wherein the sticking means comprise channels formed in said tray , and in that one at least of said channels comprises: - an upstream end , opening to the upper face of said tray , and - a downstream end , intended to be connected with air suction means , so as to cause a suction sticking of said tight surface film against said upper face of said tray . characterized in that the tray includes means for sticking said tight surface film against said upper face of the tray , wherein the sticking means comprise channels formed in said tray , and in that one at least of said channels comprises: - an upstream end , opening to the upper face of said tray , and - a downstream end , intended to be connected with air suction means , - an upstream end , opening to the upper face of said tray , and - a downstream end , intended to be connected with air suction means , so as to cause a suction sticking of said tight surface film against said upper face of said tray .
A layered board comprising: a first panel and a second panel each made of a thermoplastic material; and a reinforcing body placed between the first panel and the second panel, the reinforcing body being a cylinder assembly including plural rows of cylinders made of paper arranged in parallel and defined by vertical wall and hollow portions surrounded by the vertical walls; and a first sheet is placed between the first panel and the cylinder assembly, and a second sheet is placed between the second panel and the cylinder assembly , wherein an axial direction of the cylinders composing the cylinder assembly conforms to a direction intersecting a plane direction of the first sheet and the second sheet ; one side of the first sheet is attached to the cylinder assembly and another side is welded to the first panel via a thermoplastic material; one side of the second sheet is attached to the cylinder assembly and another side is welded to the second panel via a thermoplastic material, and an edge of the first panel and an edge of the second panel are directly welded together to form a welded portion . a first panel and a second panel each made of a thermoplastic material; and a reinforcing body placed between the first panel and the second panel, the reinforcing body being a cylinder assembly including plural rows of cylinders made of paper arranged in parallel and defined by vertical wall and hollow portions surrounded by the vertical walls; and a first sheet is placed between the first panel and the cylinder assembly, and a second sheet is placed between the second panel and the cylinder assembly , wherein an axial direction of the cylinders composing the cylinder assembly conforms to a direction intersecting a plane direction of the first sheet and the second sheet ; one side of the first sheet is attached to the cylinder assembly and another side is welded to the first panel via a thermoplastic material; one side of the second sheet is attached to the cylinder assembly and another side is welded to the second panel via a thermoplastic material, and
A method for determining when to verify a flow meter stiffness coefficient K in a vibrating tube flowmeter , the method comprising: receiving a first flow meter stiffness coefficient K ; the method characterised by receiving a plurality of tube temperatures T , a plurality of tube vibrational response frequencies ω , and a plurality of driver currents I ; determining an average tube temperature T and a standard deviation tube temperature T based on the plurality of tube temperatures T ; determining an average tube vibrational response frequency ω and a standard deviation tube vibrational response frequency ω based on the plurality of tube vibrational response frequencies ω ; determining an average driver current I and a standard deviation driver current I based on the plurality of driver currents I ; receiving a first subsequent value , the first subsequent value comprising a subsequent tube temperature T , a subsequent tube vibrational response frequency ω , or a subsequent driver current I ; and upon determining that the first subsequent value is outside a first respective range defined between a first respective average minus a first respective threshold , and the first respective average plus the first respective threshold , initiating a determination of a second flow meter stiffness coefficient K . receiving a first flow meter stiffness coefficient K ; the method characterised by receiving a plurality of tube temperatures T , a plurality of tube vibrational response frequencies ω , and a plurality of driver currents I ; determining an average tube temperature T and a standard deviation tube temperature T based on the plurality of tube temperatures T ; determining an average tube vibrational response frequency ω and a standard deviation tube vibrational response frequency ω based on the plurality of tube vibrational response frequencies ω ; determining an average driver current I and a standard deviation driver current I based on the plurality of driver currents I ; receiving a first subsequent value , the first subsequent value comprising a subsequent tube temperature T , a subsequent tube vibrational response frequency ω , or a subsequent driver current I ; and upon determining that the first subsequent value is outside a first respective range defined between a first respective average minus a first respective threshold , and the first respective average plus the first respective threshold , initiating a determination of a second flow meter stiffness coefficient K .
A charge sharing filter , comprising: a rotating capacitor (C R ); and a plurality of elementary filters , each elementary filter comprising: an elementary switch (φ i ) coupled between a first node (A i ) of the respective elementary filter and a second node (B i ) of the respective elementary filter; and a history capacitor (C H ) coupled to the first node (A i ) of the respective elementary filter, wherein the second nodes (B i ) of the plurality of elementary filters are interconnected with the rotating capacitor (C R ) in one interconnecting node (B), wherein the second nodes (B i ) of the plurality of elementary filters are interconnected with the rotating capacitor (C R ) in one interconnecting node (B) such that charges provided by a plurality of signal sources , each signal source connected to a respective first node (A i ) of the plurality of elementary filters, are shared between the history capacitors (C H ) of the plurality of elementary filters and the rotating capacitor (C R ) depending on switching states of the elementary switches (φ i ), wherein the charge sharing filter is configured to receive complex inputs applied to the respective history capacitors (CH) with specific different phases separated by ΔΦ = 2π/n, with n equal to the number of first nodes, and wherein the elementary switches (φi) of the plurality of elementary filters are configured to be periodically switched based on a multi-phase switching signal . a rotating capacitor (C R ); and a plurality of elementary filters , each elementary filter comprising: an elementary switch (φ i ) coupled between a first node (A i ) of the respective elementary filter and a second node (B i ) of the respective elementary filter; and a history capacitor (C H ) coupled to the first node (A i ) of the respective elementary filter, an elementary switch (φ i ) coupled between a first node (A i ) of the respective elementary filter and a second node (B i ) of the respective elementary filter; and a history capacitor (C H ) coupled to the first node (A i ) of the respective elementary filter, wherein the second nodes (B i ) of the plurality of elementary filters are interconnected with the rotating capacitor (C R ) in one interconnecting node (B), wherein the second nodes (B i ) of the plurality of elementary filters are interconnected with the rotating capacitor (C R ) in one interconnecting node (B) such that charges provided by a plurality of signal sources , each signal source connected to a respective first node (A i ) of the plurality of elementary filters, are shared between the history capacitors (C H ) of the plurality of elementary filters and the rotating capacitor (C R ) depending on switching states of the elementary switches (φ i ), wherein the charge sharing filter is configured to receive complex inputs applied to the respective history capacitors (CH) with specific different phases separated by ΔΦ = 2π/n, with n equal to the number of first nodes, and wherein the elementary switches (φi) of the plurality of elementary filters are configured to be periodically switched based on a multi-phase switching signal .
A method of a reception apparatus for processing a trigger, comprising: receiving (S502) content included in a transport stream from a content source, the transport stream including a trigger associated with the content; retrieving (S506) a service map table, SMT, from a service signaling channel, SSC, corresponding to the content in an IP subnet of the transport stream; obtaining (S508), based on the SMT at least one of an IP address and a port for a File Delivery over Unidirectional Transport, FLUTE, session included in the transport stream; retrieving (S510, S512) the trigger from the transport stream, the trigger including a resource location of a trigger parameters table, TPT, transported in the FLUTE session, wherein parameters associated with the trigger are provided in the TPT; downloading a FLUTE File Delivery Table, FDT, from the transport stream, the FLUTE FDT representing a directory of files including a content identifier that identifies content present in IP packets in the transport stream, retrieving (S514) the TPT from the FLUTE session of the transport stream based on the resource location included in the trigger and the FLUTE FDT; and processing (S516) the TPT to identify resources. receiving (S502) content included in a transport stream from a content source, the transport stream including a trigger associated with the content; retrieving (S506) a service map table, SMT, from a service signaling channel, SSC, corresponding to the content in an IP subnet of the transport stream; obtaining (S508), based on the SMT at least one of an IP address and a port for a File Delivery over Unidirectional Transport, FLUTE, session included in the transport stream; retrieving (S510, S512) the trigger from the transport stream, the trigger including a resource location of a trigger parameters table, TPT, transported in the FLUTE session, wherein parameters associated with the trigger are provided in the TPT; downloading a FLUTE File Delivery Table, FDT, from the transport stream, the FLUTE FDT representing a directory of files including a content identifier that identifies content present in IP packets in the transport stream, retrieving (S514) the TPT from the FLUTE session of the transport stream based on the resource location included in the trigger and the FLUTE FDT; and processing (S516) the TPT to identify resources.
A controller unit for an aircraft control system, the controller unit comprising: an interface that is electrically connectable to a controller slot of an electronics bay of the aircraft control system; a processor coupled to the interface; and a tangible non-transitory computer-readable medium having instructions stored thereon that, in response to execution by the processor, cause the processor to perform operations comprising: identifying, by the processor, a first aircraft assembly in electrical communication with the controller slot of the electronics bay; identifying, by the processor, a first program code stored on the tangible non-transitory computer-readable medium corresponding to the first aircraft assembly; and selecting, by the processor, the first program code to control the first aircraft assembly. an interface that is electrically connectable to a controller slot of an electronics bay of the aircraft control system; a processor coupled to the interface; and a tangible non-transitory computer-readable medium having instructions stored thereon that, in response to execution by the processor, cause the processor to perform operations comprising: identifying, by the processor, a first aircraft assembly in electrical communication with the controller slot of the electronics bay; identifying, by the processor, a first program code stored on the tangible non-transitory computer-readable medium corresponding to the first aircraft assembly; and selecting, by the processor, the first program code to control the first aircraft assembly. identifying, by the processor, a first aircraft assembly in electrical communication with the controller slot of the electronics bay; identifying, by the processor, a first program code stored on the tangible non-transitory computer-readable medium corresponding to the first aircraft assembly; and selecting, by the processor, the first program code to control the first aircraft assembly.
Abase fabric for a disposable textile product configured of a laminated sheet which has a first fibrous sheet and a second fibrous sheet having air permeability and a fiber material interposed between the first fibrous sheet and the second fibrous sheet and having liquid diffusibility, and in which the first fibrous sheet and the second fibrous sheet and the fiber material are laminated together with an elastic member, characterized in that the laminated sheet forms a composite layer in which a fiber layer having the air permeability and a fiber layer having the liquid diffusibility are laminated; the laminated sheet has a shirring portion in which an uneven surface is formed by the composite layer; and elasticity is imparted to the laminated sheet, wherein the first fibrous sheet and the second fibrous sheet are configured of nonwoven fabric, wherein the basis weight of the nonwoven fabric used for the first fibrous sheet and the second fibrous sheet is 5 g/m 2 to 60 g/m 2 , wherein the fiber material is configured of a paper material, wherein the basis weight of the paper material constituting the fiber material is 7 g/m 2 to 50 g/m 2 wherein the first fibrous sheet and the fiber material are intermittently joined together through the elastic member, wherein the second fibrous sheet and the fiber material are intermittently joined together.
Device for cleaning the core engine of a jet engine, having a nozzle installation which is configured for introducing cleaning medium into the core engine and has means for connecting in a rotationally fixed manner to the shaft of the fan of the jet engine; and having a line connection which for supplying a cleaning medium is connected to the nozzle installation by way of a rotary coupling , wherein the nozzle installation has first contact faces for bearing axially on the fan blades , said first contact faces being configured for positioning the nozzle installation in a defined manner relative to the jet engine, characterized in that the means for the rotationally fixed connection to the shaft of the fan of the jet engine comprise at least two tensioning ropes and fastening means for fastening the tensioning ropes to the fan blades, and in that the fastening means are configured as individual fastening means that are able to be separately locked.
A reamer extending between a planar proximal reamer area and a planar distal reamer area comprising: a center connection ring configured for attachment of a retro pin , at least one first blade wing and at least one equally shaped second blade wing extending between said planar areas from the center connection ring radially towards a depth limit stop , the at least one first blade wing and the at least one second blade wing having at the proximal reamer area first cutting sections (240-241) and second cutting sections (250-252) intermittently separated by first recesses (245-246) and second recesses (255-256), characterized in that , the cutting sections are sharpest on or adjacent to the central connection ring of the reamer and gradually decrease in sharpness with the distance away from said connection ring . a center connection ring configured for attachment of a retro pin , at least one first blade wing and at least one equally shaped second blade wing extending between said planar areas from the center connection ring radially towards a depth limit stop , the at least one first blade wing and the at least one second blade wing having at the proximal reamer area first cutting sections (240-241) and second cutting sections (250-252) intermittently separated by first recesses (245-246) and second recesses (255-256), characterized in that , the cutting sections are sharpest on or adjacent to the central connection ring of the reamer and gradually decrease in sharpness with the distance away from said connection ring .
A basketball shooting training device comprising: a main frame having a transverse frame portion and a standing frame portion for standing on a holding plane, the transverse frame portion being connected to the standing frame portion ; characterized by : a first vertical rail structure disposed on the transverse frame portion , the first vertical rail structure having a vertical rail portion and an oblique rail portion , the oblique rail portion being connected to a top end of the vertical rail portion ; a first sliding base having a first base portion and a first arm portion , the first base portion being slidably disposed on a first side of the first vertical rail structure for sliding along the first vertical rail structure , the first arm portion extending from the first base portion ; and a first basketball imitation member connected to the first arm portion ; wherein when the first basketball imitation member is propped and then propelled upwardly by a user's hand, the first base portion slides from a first initial position on the vertical rail portion to a shooting position on the oblique rail portion and the first basketball imitation member moves straightly and upwardly along the vertical rail portion and then moves straightly and obliquely along the oblique rail portion when the first base portion slides along the first vertical rail structure for guiding the user's hand to complete a set shot along the first vertical rail structure . a main frame having a transverse frame portion and a standing frame portion for standing on a holding plane, the transverse frame portion being connected to the standing frame portion ; characterized by : a first vertical rail structure disposed on the transverse frame portion , the first vertical rail structure having a vertical rail portion and an oblique rail portion , the oblique rail portion being connected to a top end of the vertical rail portion ; a first sliding base having a first base portion and a first arm portion , the first base portion being slidably disposed on a first side of the first vertical rail structure for sliding along the first vertical rail structure , the first arm portion extending from the first base portion ; and a first basketball imitation member connected to the first arm portion ; wherein when the first basketball imitation member is propped and then propelled upwardly by a user's hand, the first base portion slides from a first initial position on the vertical rail portion to a shooting position on the oblique rail portion and the first basketball imitation member moves straightly and upwardly along the vertical rail portion and then moves straightly and obliquely along the oblique rail portion when the first base portion slides along the first vertical rail structure for guiding the user's hand to complete a set shot along the first vertical rail structure .
A control device comprising: a filter in which a measurement value (SS) of a control object is input, which performs filtering processing of cutting off a high frequency component of the measurement value (SS), and outputs a result; an input unit which outputs an actual measurement value (PV) corresponding to the measurement value (SSF) subjected to the filtering processing; a control unit which calculates an operation amount (MV) with respect to the control object such that the actual measurement value (PV) approximates a target value (SP) with respect to the control object; and a setting unit which acquires the operation amount (MV) and adjusts a filter time constant for the filter in accordance with the operation amount (MV), the control device being characterized in that the setting unit monitors the operation amount (MV) and increases the filter time constant when the setting unit detects that the operation amount (MV) is an abnormal value; and that the setting unit determines the abnormal value based on when the operation amount (MV) is saturated. a filter in which a measurement value (SS) of a control object is input, which performs filtering processing of cutting off a high frequency component of the measurement value (SS), and outputs a result; an input unit which outputs an actual measurement value (PV) corresponding to the measurement value (SSF) subjected to the filtering processing; a control unit which calculates an operation amount (MV) with respect to the control object such that the actual measurement value (PV) approximates a target value (SP) with respect to the control object; and a setting unit which acquires the operation amount (MV) and adjusts a filter time constant for the filter in accordance with the operation amount (MV), the control device being characterized in that the setting unit monitors the operation amount (MV) and increases the filter time constant when the setting unit detects that the operation amount (MV) is an abnormal value; and that the setting unit determines the abnormal value based on when the operation amount (MV) is saturated.