mhurhangee/patent-ind-claim-en huggingface dataset:
A monitoring method for monitoring a machine tool , in particular for tool breakage, wherein the machine tool comprises (i) a spindle , (ii) at least one first machine shaft and (iii) a machine control system , which is designed to control the spindle and the machine shaft and to issue machine parameters, with the automatically executed steps: (a) during the execution of a machining programme for machining a workpiece , time-dependent detection of a spindle parameter (P), which describes a performance of the spindle, (b) detection of a signal noise parameter (s), which describes the magnitude of a stochastic fluctuation of spindle parameter measured values (P(τ)), and a signal span parameter (Q), which indicates the width of an interval (I) in which the spindle parameter measured values lie during the machining of the workpiece , (c) upon reaching a predetermined programme line of the machining programme, continuous calculation of a spindle parameter minimum value (P S,min ) of the spindle parameter measured values (P(τ)), thereby giving a current spindle parameter minimum value (P S,min (τ)), (d) continuous calculation of a monitoring limit value (G(τ)) from the spindle parameter minimum value (P S,min (τ)), the signal noise parameter (s) and the signal span parameter (Q), (e) storage of the current monitoring limit value (G(τ)) if the current monitoring limit value (G(τ)) is smaller than a stored monitoring limit value (G sp ), and (f) issue of a warning message if the spindle parameter P is consistently below the stored monitoring limit value (G sp ) over a predetermined interval time (Δt). (i) a spindle , (ii) at least one first machine shaft and (iii) a machine control system , which is designed to control the spindle and the machine shaft and to issue machine parameters, (a) during the execution of a machining programme for machining a workpiece , time-dependent detection of a spindle parameter (P), which describes a performance of the spindle, (b) detection of a signal noise parameter (s), which describes the magnitude of a stochastic fluctuation of spindle parameter measured values (P(τ)), and a signal span parameter (Q), which indicates the width of an interval (I) in which the spindle parameter measured values lie during the machining of the workpiece , (c) upon reaching a predetermined programme line of the machining programme, continuous calculation of a spindle parameter minimum value (P S,min ) of the spindle parameter measured values (P(τ)), thereby giving a current spindle parameter minimum value (P S,min (τ)), (d) continuous calculation of a monitoring limit value (G(τ)) from the spindle parameter minimum value (P S,min (τ)), the signal noise parameter (s) and the signal span parameter (Q), (e) storage of the current monitoring limit value (G(τ)) if the current monitoring limit value (G(τ)) is smaller than a stored monitoring limit value (G sp ), and (f) issue of a warning message if the spindle parameter P is consistently below the stored monitoring limit value (G sp ) over a predetermined interval time (Δt).
A rubber composition comprising silica that has a BET specific surface area of not less than 50 m 2 /g and not more than 130 m 2 /g and a hardness of granulated particles as measured based on JIS K6221-1982 6.3.3 of not less than 23.5 cN.
A radio base station apparatus that allocates a white space frequency to a first wireless communication apparatus (200, Ta2), the radio base station apparatus comprising: a radio resource allocating unit , characterized in that the radio resource allocating unit is adapted to allocate a first white space frequency to the first wireless communication apparatus (200, Ta2) among a plurality of white space frequencies in response to an allocation request for a communication frequency from the first wireless communication apparatus (200, Ta2), wherein the first white space frequency has been allocated to another second wireless communication apparatus (Ta1, Ta3, Ta4) by the radio base station apparatus , and in that the radio base station apparatus further comprises a use-state detecting unit that is adapted to detect a use-state of a white space frequency in a neighborhood of the radio base station apparatus , wherein, if an amount of allocated radio resource of the first white space frequency is at a predetermined threshold or above, the radio resource allocating unit allocates to the first wireless communication apparatus (200, Ta2) a radio resource of the white space frequency in which use of radio resource of a neighboring base station (A1, A2, B1, B2) is undetected by the use-state detecting unit . a radio resource allocating unit , characterized in that the radio resource allocating unit is adapted to allocate a first white space frequency to the first wireless communication apparatus (200, Ta2) among a plurality of white space frequencies in response to an allocation request for a communication frequency from the first wireless communication apparatus (200, Ta2), wherein the first white space frequency has been allocated to another second wireless communication apparatus (Ta1, Ta3, Ta4) by the radio base station apparatus , and in that the radio base station apparatus further comprises a use-state detecting unit that is adapted to detect a use-state of a white space frequency in a neighborhood of the radio base station apparatus , wherein, if an amount of allocated radio resource of the first white space frequency is at a predetermined threshold or above, the radio resource allocating unit allocates to the first wireless communication apparatus (200, Ta2) a radio resource of the white space frequency in which use of radio resource of a neighboring base station (A1, A2, B1, B2) is undetected by the use-state detecting unit .
Elastic shaft coupling having a first circular cylindrical shaft hub which bears first jaws distributed over its radial outer circumference and spaced apart from one another, and having a second circular cylindrical shaft hub which bears second jaws distributed over its radial outer circumference and spaced apart from one another, wherein the first and second jaws interlock by sitting in the respective intermediate spaces and an elastic coupling element sits between each of the adjacent jaws , characterised in that - at least the circular cylindrical outer circumference surface of one hub is provided with radial mounting surfaces for the jaws , - the jaws borne by the hub sit in a form-fitting manner on the hub-side mounting surfaces , - at least the first jaws can be radially removed. - at least the circular cylindrical outer circumference surface of one hub is provided with radial mounting surfaces for the jaws , - the jaws borne by the hub sit in a form-fitting manner on the hub-side mounting surfaces , - at least the first jaws can be radially removed.
Aircraft comprising a lighting system , the lighting system comprising: - a light source configured to emit light, - at least one refractive optical element ; wherein the at least one refractive optical element is configured for receiving light from the light source and for redirecting the light received from the light source to produce a plurality of light beams for illuminating simultaneously different surfaces of the aircraft and/or areas surrounding the aircraft ; wherein the lighting system is installed in the fuselage of the aircraft ; wherein at least one refractive optical element is a single complex lens comprising a light reception side and a light emitting side, wherein the light reception side comprises: - a planar surface configured to let part of the received light pass through the lens towards the light emitting side without modifying its direction; and - a plurality of lobes configured to gather and focus part of the received light in a particular direction towards the light emitting side; wherein the light emitting side is a flat surface and wherein the planar surface is parallel to the light emitting side. - a light source configured to emit light, - at least one refractive optical element ; wherein the at least one refractive optical element is configured for receiving light from the light source and for redirecting the light received from the light source to produce a plurality of light beams for illuminating simultaneously different surfaces of the aircraft and/or areas surrounding the aircraft ; wherein the lighting system is installed in the fuselage of the aircraft ; wherein at least one refractive optical element is a single complex lens comprising a light reception side and a light emitting side, wherein the light reception side comprises: - a planar surface configured to let part of the received light pass through the lens towards the light emitting side without modifying its direction; and - a plurality of lobes configured to gather and focus part of the received light in a particular direction towards the light emitting side; - a planar surface configured to let part of the received light pass through the lens towards the light emitting side without modifying its direction; and - a plurality of lobes configured to gather and focus part of the received light in a particular direction towards the light emitting side; wherein the light emitting side is a flat surface and wherein the planar surface is parallel to the light emitting side.
A method comprising, by a network flow controller : generating a first charging-event record associated with a network session; detecting an outage at least partly by determining that no network-charging node is available to receive the first charging-event record; in response to the detection of the outage, marking the first charging-event record to provide a first marked charging-event record ; storing the first marked charging-event record in a buffer; after the marking, detecting connectivity at least partly by determining that a network-charging node is available to receive the first marked charging-event record; and in response to the detection of the connectivity, sending the first marked charging-event record to the network-charging node; wherein the marking comprises at least: determining the first marked charging-event record comprising: at least some data from the first charging-event record , and an indication that the first charging-event record could not be transmitted during the outage; or storing at least a portion of the first charging-event record on a computer-readable medium in association with metadata indicating that the first charging-event record could not be transmitted during the outage. generating a first charging-event record associated with a network session; detecting an outage at least partly by determining that no network-charging node is available to receive the first charging-event record; in response to the detection of the outage, marking the first charging-event record to provide a first marked charging-event record ; storing the first marked charging-event record in a buffer; after the marking, detecting connectivity at least partly by determining that a network-charging node is available to receive the first marked charging-event record; and in response to the detection of the connectivity, sending the first marked charging-event record to the network-charging node; wherein the marking comprises at least: determining the first marked charging-event record comprising: at least some data from the first charging-event record , and an indication that the first charging-event record could not be transmitted during the outage; or storing at least a portion of the first charging-event record on a computer-readable medium in association with metadata indicating that the first charging-event record could not be transmitted during the outage. determining the first marked charging-event record comprising: at least some data from the first charging-event record , and an indication that the first charging-event record could not be transmitted during the outage; or at least some data from the first charging-event record , and an indication that the first charging-event record could not be transmitted during the outage; or storing at least a portion of the first charging-event record on a computer-readable medium in association with metadata indicating that the first charging-event record could not be transmitted during the outage.
Method for producing a sealed connector, comprising: - a first phase wherein cables are connected to a base with terminals , wherein it comprises: - a second phase wherein a protective element is provided over at least one part of terminals , which coincides with the part of the connector that is going to be overmoulded, with said protective element being welded to base by ultrasound defining a sealed housing where at least said terminals are housed, and - a third phase wherein the unit from the second phase is inserted into a mould and protective element , a part of base and a part of cables are overmoulded, defining a predetermined overmoulded external shape and sealing the cables-terminal unit. - a first phase wherein cables are connected to a base with terminals , - a second phase wherein a protective element is provided over at least one part of terminals , which coincides with the part of the connector that is going to be overmoulded, with said protective element being welded to base by ultrasound defining a sealed housing where at least said terminals are housed, and - a third phase wherein the unit from the second phase is inserted into a mould and protective element , a part of base and a part of cables are overmoulded, defining a predetermined overmoulded external shape and sealing the cables-terminal unit.
A composition comprising a salivating agent and a cooling agent for use in treating or preventing dehydration in an individual having impaired swallowing such as dysphagia, wherein the composition further comprises a tingling agent selected from the group consisting of spilanthol, saanshool-I, saanshool-II, sanshoamide, chavicine, piperine, Echinacea extract, Northern Prickly Ash extract, red pepper oleoresin, and mixtures thereof, wherein the composition is a beverage comprising the salivating agent and the cooling agent in a total amount of at least 3.0 wt.% of the beverage.
Method for producing any desired portions and formats of products , with a lining-up belt which conveys the products and transfers them, at a transfer edge , to a portioning belt , by which the products are conveyed onwards in the form of a corresponding portion and/or in the respective format , wherein - the position of the transfer edge is altered relative to the portioning belt at least in one direction , and/or - the position of the portioning belt is moved at least in one direction relative to the transfer edge, and - the formats produced are inserted into a corresponding format in packaging trays , which are transported along a packaging machine , characterized in that , prior to the portions being inserted, the portioning belt is rotated along a guide track and/or a kinematic lever mechanism. - the position of the transfer edge is altered relative to the portioning belt at least in one direction , and/or - the position of the portioning belt is moved at least in one direction relative to the transfer edge, and - the formats produced are inserted into a corresponding format in packaging trays , which are transported along a packaging machine ,
A communication system for a vehicle, comprising an external apparatus , and an on-vehicle gateway apparatus that carries out authentication of the external apparatus at a time of connection, via a connector , between the external apparatus and the vehicle , and relays communications between the external apparatus and in-vehicle communication when the authentication is successful, the on-vehicle gateway apparatus (12; 13) comprising: a power supply line from an on-vehicle battery ; a power supply switch means (91; 92) that switches between carrying out and not carrying out power supply from the on-vehicle battery; and a transceiver for communication for outside of vehicle for communication with the external apparatus, characterized in that at a time of connection between the external apparatus and the vehicle, the on-vehicle gateway apparatus operates due to power supply from the on-vehicle battery as a result of switching in the power supply switch means being controlled by a control means provided in the external apparatus, the power supply switch means (91; 92) is connected with the transceiver for communication for outside of vehicle, and communication with the external apparatus is started as a result of the power supply switch means (91; 92) switching between carrying out and not carrying out power supply to the transceiver for communication for outside of vehicle, and the external apparatus is a fault diagnosis tool. an external apparatus , and an on-vehicle gateway apparatus that carries out authentication of the external apparatus at a time of connection, via a connector , between the external apparatus and the vehicle , and relays communications between the external apparatus and in-vehicle communication when the authentication is successful, the on-vehicle gateway apparatus (12; 13) comprising: a power supply line from an on-vehicle battery ; a power supply switch means (91; 92) that switches between carrying out and not carrying out power supply from the on-vehicle battery; and a transceiver for communication for outside of vehicle for communication with the external apparatus, a power supply line from an on-vehicle battery ; a power supply switch means (91; 92) that switches between carrying out and not carrying out power supply from the on-vehicle battery; and a transceiver for communication for outside of vehicle for communication with the external apparatus, characterized in that at a time of connection between the external apparatus and the vehicle, the on-vehicle gateway apparatus operates due to power supply from the on-vehicle battery as a result of switching in the power supply switch means being controlled by a control means provided in the external apparatus, the power supply switch means (91; 92) is connected with the transceiver for communication for outside of vehicle, and communication with the external apparatus is started as a result of the power supply switch means (91; 92) switching between carrying out and not carrying out power supply to the transceiver for communication for outside of vehicle, and the external apparatus is a fault diagnosis tool.
A motor-vehicle interior lighting system with a multiplicity of light sources (LED1, LED2, LED3), with a control means (STE1) for controlling the light sources (LED1, LED2, LED3), and with a multiplicity of light guides (L1, L2, L3), wherein the light sources (LED1, LED2, LED3) and light guides (L1, L2, L3) are configured and arranged relative to each other such that light from different light sources (LED1, LED2, LED3) is coupled into different light guides (L1 ,L2, L3) and is propagated in a main light propagation direction (HLA), wherein the light guides (L1, L2, L3) in each case have a plurality of coupling-out regions (LAF) spaced apart in the main light propagation direction (HLA) which in each case couple light out of the light guide (L1, L2, L3), wherein the control means (STE1) is configured such that the different light sources (LED1, LED2, LED3) are switched into a light-emitting state offset timewise from each other, wherein the coupling-out regions (LAF) of different light guides (L1, L2, L3) are arranged offset relative to each other in the main light propagation direction (HLA), wherein one or more coupling-out regions (LAF) at least of some of the coupling-out regions (LAF) in each case comprise a roughened face and/or a face comprising prisms, characterised in that a respective coupling-out region (LAF) of the at least some of the coupling-out regions (LAF) is configured, by varying the roughness of the face and/or by varying the arrangement and/or size of the prisms, such that the intensity of the light coupled out through the respective coupling-out region (LAF) varies in the main light propagation direction (HLA).
A silver film for die attachment, wherein the silver film is a multilayer structure composed of a reinforcing silver foil layer between two layers of sinterable particles wherein each layer of sinterable particles comprises a mixture of sinterable silver particles and graphite reinforcing modifying particles.
Device comprising: optical sensing means configured to sense an object so as to obtain a picture of the object ; drive means configured to drive and to move the device; evaluation means configured to evaluate the picture in terms of an at least two-dimensional pattern , and to evaluate the pattern in terms of at least a first marking area (24 1 ) and a second marking area (24 2 ) so as to obtain a marking result by comparing the first marking area (24 1 ) and the second marking area (24 2 ); and to determine, on the basis of the marking result, relative localization of the device with regard to the object ; control means configured to control the drive means on the basis of the relative localization; wherein the drive means is configured to move the device along a direction of movement; wherein the optical sensing means is configured to sense the object along or in parallel with the direction of movement; characterized in that the evaluation means is configured to evaluate the pattern in terms of an object code indicating an identity of the object , and to evaluate the pattern in terms of a surface code which is arranged separately from the former and indicates a specific surface region of the object , and to determine the relative localization with regard to the object and to the surface region. optical sensing means configured to sense an object so as to obtain a picture of the object ; drive means configured to drive and to move the device; evaluation means configured to evaluate the picture in terms of an at least two-dimensional pattern , and to evaluate the pattern in terms of at least a first marking area (24 1 ) and a second marking area (24 2 ) so as to obtain a marking result by comparing the first marking area (24 1 ) and the second marking area (24 2 ); and to determine, on the basis of the marking result, relative localization of the device with regard to the object ; control means configured to control the drive means on the basis of the relative localization; wherein the drive means is configured to move the device along a direction of movement; wherein the optical sensing means is configured to sense the object along or in parallel with the direction of movement; characterized in that the evaluation means is configured to evaluate the pattern in terms of an object code indicating an identity of the object , and to evaluate the pattern in terms of a surface code which is arranged separately from the former and indicates a specific surface region of the object , and to determine the relative localization with regard to the object and to the surface region.