mhurhangee/patent-ind-claim-en huggingface dataset:
A method for electroplating, comprising: a step of agitating a multiple of base members that has been immersed in an electrolytic solution inside of an electroplating tank so as to flow in a circumference direction along an inner wall of the electroplating tank ; and a step of electroplating the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank , wherein the flow of the multiple of base members along the circumference direction is caused by a flow of magnetic media along the circumference direction in the electrolytic solution inside of the electroplating tank or is caused by rotation of an agitation unit provided at a bottom side of the electroplating tank , and wherein the multiple of base members flows in the circumference direction while being kept in substantially submerged condition in the electrolytic solution stored in the electroplating tank such that at least one of the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank is electroplated as touching a bottom cathode provided at a bottom side of the electroplating tank and a base member positioned at an upper position relative to said base member touching the bottom cathode is electroplated as being electrically connected to the bottom cathode via at least said base member touching the bottom cathode . a step of agitating a multiple of base members that has been immersed in an electrolytic solution inside of an electroplating tank so as to flow in a circumference direction along an inner wall of the electroplating tank ; and a step of electroplating the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank , wherein the flow of the multiple of base members along the circumference direction is caused by a flow of magnetic media along the circumference direction in the electrolytic solution inside of the electroplating tank or is caused by rotation of an agitation unit provided at a bottom side of the electroplating tank , and wherein the multiple of base members flows in the circumference direction while being kept in substantially submerged condition in the electrolytic solution stored in the electroplating tank such that at least one of the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank is electroplated as touching a bottom cathode provided at a bottom side of the electroplating tank and a base member positioned at an upper position relative to said base member touching the bottom cathode is electroplated as being electrically connected to the bottom cathode via at least said base member touching the bottom cathode .
A treatment instrument for an endoscope, comprising: a multi-lumen tube formed with multiple lumens including a main lumen along longitudinal direction and formed with a distal side wire insertion opening connecting to said main lumen at the distal end, and a treating part provided at a distal end part of said multi-lumen tube , a proximal side wire insertion opening connecting to said main lumen is formed in a middle of the longitudinal direction of said multi-lumen tube at a proximal side than said treating part , characterised in that a tube member is inserted towards the distal end direction of said main lumen from said proximal side wire insertion opening , and a peripheral of a proximal end opening of said tube member is bonded to a peripheral of said proximal side wire insertion opening , wherein an outer peripheral face of the distal end opening of said tube member is adhered to the inner circumference face of said main lumen . a multi-lumen tube formed with multiple lumens including a main lumen along longitudinal direction and formed with a distal side wire insertion opening connecting to said main lumen at the distal end, and a treating part provided at a distal end part of said multi-lumen tube , a proximal side wire insertion opening connecting to said main lumen is formed in a middle of the longitudinal direction of said multi-lumen tube at a proximal side than said treating part , characterised in that a tube member is inserted towards the distal end direction of said main lumen from said proximal side wire insertion opening , and a peripheral of a proximal end opening of said tube member is bonded to a peripheral of said proximal side wire insertion opening , wherein an outer peripheral face of the distal end opening of said tube member is adhered to the inner circumference face of said main lumen .
A device for preparing foods received in a vessel, in particular ready meals, the device comprising a preparation chamber for receiving the vessel, a steam generator assembly for generating steam, comprising at least one first steam-conducting path for conducting steam and at least one cold-fluid-conducting path for conducting fluid which is colder than the steam, a steam delivery unit having at least one steam discharge opening into the preparation chamber , said steam delivery unit being connected to the at least one steam-conducting path of the steam generator assembly in a steam-conducting manner, a condensate delivery unit having at least one condensate discharge opening into the preparation chamber , said condensate delivery unit being connected to the steam-conducting path of the steam generator assembly and to the cold-fluid-conducting path characterized in that the device is designed to perform a preparation operation in which the food received in the vessel can be prepared by means of the steam delivery unit so as to be ready to eat, and to perform a rinsing operation in which the preparation chamber can be cleaned by means of the condensate delivery unit .
A slide-open dispenser package for loose articles , comprising: a container for containing a plurality of loose articles , where the container comprises a bottom wall and an outlet opening for dispensing the articles from the container ; a wrapper disposed externally of the container ; the wrapper and the container being slidably coupled to each other and reciprocally movable along a sliding direction (X) orthogonal to the bottom wall of the container ; at least one occluding element for occluding the outlet opening , in which the occluding element is mobile between a closed configuration (A), and an open configuration (B), where the occluding element is fixed to the container and to the wrapper so that the reciprocal sliding of the wrapper and the container causes the occluding element to move between the closed configuration (A) and the open configuration (B); the package being characterized in that : the outlet opening is made in the bottom wall ; in the closed configuration (A), the occluding element prevents the articles from coming out through the outlet opening , and in the open configuration (B), the occluding element allows at least one article to come out through the outlet opening . a container for containing a plurality of loose articles , where the container comprises a bottom wall and an outlet opening for dispensing the articles from the container ; a wrapper disposed externally of the container ; the wrapper and the container being slidably coupled to each other and reciprocally movable along a sliding direction (X) orthogonal to the bottom wall of the container ; at least one occluding element for occluding the outlet opening , in which the occluding element is mobile between a closed configuration (A), and an open configuration (B), where the occluding element is fixed to the container and to the wrapper so that the reciprocal sliding of the wrapper and the container causes the occluding element to move between the closed configuration (A) and the open configuration (B); the package being characterized in that : the outlet opening is made in the bottom wall ; in the closed configuration (A), the occluding element prevents the articles from coming out through the outlet opening , and in the open configuration (B), the occluding element allows at least one article to come out through the outlet opening .
A method , performed by a radio network device having a narrowband receiver , of receiving and processing a periodic, wideband network synchronization, sync, signal, the method comprising: identifying a candidate sync signal bandwidth and repetition pattern, wherein identifying a candidate sync signal bandwidth and repetition pattern comprises obtaining a candidate sync signal position from a sync raster known a priori or obtaining the candidate sync signal position via handover signaling; iteratively, for each of a plurality of sub-bands of the sync signal bandwidth, receiving and storing a signal over the duration of a sync signal repetition period; combining the plurality of sub-band signals to obtain a combined signal over the full sync signal bandwidth; and processing the combined signal to detect a sync signal and attempt synchronization with a wireless communication network, characterized in that combining the plurality of sub-band signals to obtain the combined signal comprises: upsampling each sub-band signal by zero padding and filtering such that each sub-band signal fits the full sync signal bandwidth; individually frequency translating each upsampled sub-band signal to a different position within the full sync signal bandwidth; and adding the translated, upsampled sub-band signals to generate a combined signal over the full sync signal bandwidth. identifying a candidate sync signal bandwidth and repetition pattern, wherein identifying a candidate sync signal bandwidth and repetition pattern comprises obtaining a candidate sync signal position from a sync raster known a priori or obtaining the candidate sync signal position via handover signaling; iteratively, for each of a plurality of sub-bands of the sync signal bandwidth, receiving and storing a signal over the duration of a sync signal repetition period; combining the plurality of sub-band signals to obtain a combined signal over the full sync signal bandwidth; and processing the combined signal to detect a sync signal and attempt synchronization with a wireless communication network, characterized in that combining the plurality of sub-band signals to obtain the combined signal comprises: upsampling each sub-band signal by zero padding and filtering such that each sub-band signal fits the full sync signal bandwidth; individually frequency translating each upsampled sub-band signal to a different position within the full sync signal bandwidth; and upsampling each sub-band signal by zero padding and filtering such that each sub-band signal fits the full sync signal bandwidth; individually frequency translating each upsampled sub-band signal to a different position within the full sync signal bandwidth; and adding the translated, upsampled sub-band signals to generate a combined signal over the full sync signal bandwidth.
A cross-linkable polymeric composition comprising: an ethylene-based polymer wherein said ethylene-based polymer is an ethylene homopolymer; an organic peroxide; and a polyallyl cross-linking coagent, wherein said polyallyl cross-linking coagent and said organic peroxide are present in amounts sufficient to provide an allyl-to-active oxygen molar ratio of from 7.5 to up to 16, based on the allyl content of said polyallyl cross-linking coagent and the active oxygen content of said organic peroxide, wherein the cross-linkable polymeric composition further comprises an antioxidant that is a hindered phenol or a thio compound. an ethylene-based polymer wherein said ethylene-based polymer is an ethylene homopolymer; an organic peroxide; and a polyallyl cross-linking coagent, wherein said polyallyl cross-linking coagent and said organic peroxide are present in amounts sufficient to provide an allyl-to-active oxygen molar ratio of from 7.5 to up to 16, based on the allyl content of said polyallyl cross-linking coagent and the active oxygen content of said organic peroxide, wherein the cross-linkable polymeric composition further comprises an antioxidant that is a hindered phenol or a thio compound.
A display device comprising: a substrate (SUB) comprising a display area (DA), a non-display area (NDA) surrounding an outer periphery of the display area (DA), a first additional area (ADA1) connected to the non-display area (NDA) at a first boundary (ED1), and a second additional area (ADA2) connected to the first additional area (ADA1) at a second boundary (ED2); pixels (PX) on the display area (DA); an encapsulation film (TFE) on the pixels (PX); sensing electrodes (SC1, SC2) on the encapsulation film (TFE); pads (PDE1, PDE2, PDE3) on the second additional area (ADA2); sensing wires (IST1, IST2) connecting the sensing electrodes (SC1, SC2) and the pads (PDE1, PDE2, PDE3); a first sensing insulating film (ISI1) on the encapsulation film (TFE); and a second sensing insulating film (ISI2) on the first sensing insulating film (ISI1), the sensing electrodes (SC1, SC2), and the sensing wires (IST1, IST2), wherein the substrate (SUB) comprises a curved first side (RC1) in the first additional area (ADA1) and the first additional area (ADA1) decreases in width from the first boundary (ED1) to the second boundary (ED2), and a boundary of the first sensing insulating film (ISI1) is closer to the first side (RC1) than a boundary of the second sensing insulating film (ISI2) is to the first side (RC1), or a boundary of the second sensing insulating film (ISI2) is spaced apart from the first side (RC1) by 200 μm or more. a substrate (SUB) comprising a display area (DA), a non-display area (NDA) surrounding an outer periphery of the display area (DA), a first additional area (ADA1) connected to the non-display area (NDA) at a first boundary (ED1), and a second additional area (ADA2) connected to the first additional area (ADA1) at a second boundary (ED2); pixels (PX) on the display area (DA); an encapsulation film (TFE) on the pixels (PX); sensing electrodes (SC1, SC2) on the encapsulation film (TFE); pads (PDE1, PDE2, PDE3) on the second additional area (ADA2); sensing wires (IST1, IST2) connecting the sensing electrodes (SC1, SC2) and the pads (PDE1, PDE2, PDE3); a first sensing insulating film (ISI1) on the encapsulation film (TFE); and a second sensing insulating film (ISI2) on the first sensing insulating film (ISI1), the sensing electrodes (SC1, SC2), and the sensing wires (IST1, IST2), wherein the substrate (SUB) comprises a curved first side (RC1) in the first additional area (ADA1) and the first additional area (ADA1) decreases in width from the first boundary (ED1) to the second boundary (ED2), and a boundary of the first sensing insulating film (ISI1) is closer to the first side (RC1) than a boundary of the second sensing insulating film (ISI2) is to the first side (RC1), or a boundary of the second sensing insulating film (ISI2) is spaced apart from the first side (RC1) by 200 μm or more.
A method for using variable-depth sonar, comprising: determining one or more frequency bands for sonar equipment; identifying nulls in a frequency response based on the one or more frequency bands; determining an ambient pressure applied to the sonar equipment; and adjusting a center operating frequency for the one or more frequency bands based on the ambient pressure and the identified nulls in the frequency response, wherein the center operating frequency is centered between the identified nulls in the frequency response. determining one or more frequency bands for sonar equipment; identifying nulls in a frequency response based on the one or more frequency bands; determining an ambient pressure applied to the sonar equipment; and adjusting a center operating frequency for the one or more frequency bands based on the ambient pressure and the identified nulls in the frequency response, wherein the center operating frequency is centered between the identified nulls in the frequency response.
An electronic article surveillance (EAS) system, comprising: an EAS portal; and an EAS tag comprising a tag housing ; an RFID element disposed in the tag housing , and which is responsive to an RFID interrogation field applied at the EAS portal to generate an encoded RF signal which contains a first unique identifier information assigned to the EAS tag ; a short range communication (SRC) beacon system disposed in the tag housing which continuously generates an SRC radio beacon transmission at predetermined intervals in response to a beacon enable signal; wherein the EAS system is arranged to generate at least one wireless transmission which initiates the beacon enable signal in response to an unauthorized transition of the EAS tag across a boundary associated with the EAS portal; and wherein the SRC radio beacon transmission includes a second unique identifier of said EAS tag . an EAS portal; and an EAS tag comprising a tag housing ; an RFID element disposed in the tag housing , and which is responsive to an RFID interrogation field applied at the EAS portal to generate an encoded RF signal which contains a first unique identifier information assigned to the EAS tag ; a short range communication (SRC) beacon system disposed in the tag housing which continuously generates an SRC radio beacon transmission at predetermined intervals in response to a beacon enable signal; wherein the EAS system is arranged to generate at least one wireless transmission which initiates the beacon enable signal in response to an unauthorized transition of the EAS tag across a boundary associated with the EAS portal; and wherein the SRC radio beacon transmission includes a second unique identifier of said EAS tag . a tag housing ; an RFID element disposed in the tag housing , and which is responsive to an RFID interrogation field applied at the EAS portal to generate an encoded RF signal which contains a first unique identifier information assigned to the EAS tag ; a short range communication (SRC) beacon system disposed in the tag housing which continuously generates an SRC radio beacon transmission at predetermined intervals in response to a beacon enable signal; wherein the EAS system is arranged to generate at least one wireless transmission which initiates the beacon enable signal in response to an unauthorized transition of the EAS tag across a boundary associated with the EAS portal; and wherein the SRC radio beacon transmission includes a second unique identifier of said EAS tag .
An air conditioning system for a motor vehicle comprising: a housing for a first fluid (AF), wherein the housing comprises at least one port in its structure, a first heat exchanger configured to heat exchange with the first fluid (AF), at least one second heat exchanger configured to generate a heat radiation (HR), and at least one temperature sensor configured to be fixed to the port so that at least a portion of the sensor is located between the first heat exchanger and the second heat exchanger , wherein the sensor further comprises at least one sensitive portion being thermally exposed to the first fluid (AF), wherein the sensor further comprises a protrusion integrally formed therewith configured to shift the sensitive portion towards an intended measurement point of the housing , characterized in that the at least one sensitive portion is at least partially isolated from the heat radiation (HR) generated by the second heat exchanger , and wherein the sensor comprises a casing integrally formed with the protrusion configured to at least partially insulate the protrusion with the sensor from the heat radiation (HR)
A locking system for a bicycle, comprising a holding part (RT), an energy supply unit (A) and a locking device for locking the energy supply unit (A) in a locking position at the holding part (RT), wherein the locking device is adapted - to permit a displacement of the energy supply unit (A) at the holding part (RT) from the locking position into a removal position in which the energy supply unit (A) can be removed from the holding part (RT), and - to hold the energy supply unit (A) displaced from the locking position in the removal position, characterized in that the locking device includes at least one arresting element with at least one friction surface for specifying the removal position, wherein the at least one friction surface of the at least one arresting element is provided for an arrestment of the energy supply unit (A) in the removal position by a non-positive connection. - to permit a displacement of the energy supply unit (A) at the holding part (RT) from the locking position into a removal position in which the energy supply unit (A) can be removed from the holding part (RT), and - to hold the energy supply unit (A) displaced from the locking position in the removal position,
A training system for training a deep regression neural network, comprising: - a spectral results module trainable to estimate a spectral image from non-spectral volumetric image data from a non-spectral imaging system comprising a radiation source configured to emit X-ray radiation and a detector array configured to detect X-ray radiation and generate a signal indicative thereof and a reconstructor to reconstruct the signal and generate non-spectral volumetric image data, characterized in that the spectral results module is also configured to process a set of parameters from a group consisting of acquisition parameters employed to acquire the signal and reconstruction parameters employed to reconstruct the signal and generate the non-spectral image, and in that the system further comprises - an adversarial trainer trained to distinguish between the generated spectral images generated by a spectral imaging system and the estimated spectral images estimated from non-spectral images generated by the non-spectral imaging system, - an error determiner configured to calculate a difference between the estimated spectral image by the spectral results module and the generated spectral image, - a spectral results module parameter updater configured to use the output from the adversarial trainer and the error determiner to update the spectral results module to minimize a loss function optimized to decrease the difference between the estimated spectral image and the generated spectral image and to increase the number of estimated spectral images classified by the adversarial trainer as indistinguishable from generated spectral images. - a spectral results module trainable to estimate a spectral image from non-spectral volumetric image data from a non-spectral imaging system comprising a radiation source configured to emit X-ray radiation and a detector array configured to detect X-ray radiation and generate a signal indicative thereof and a reconstructor to reconstruct the signal and generate non-spectral volumetric image data, - an adversarial trainer trained to distinguish between the generated spectral images generated by a spectral imaging system and the estimated spectral images estimated from non-spectral images generated by the non-spectral imaging system, - an error determiner configured to calculate a difference between the estimated spectral image by the spectral results module and the generated spectral image, - a spectral results module parameter updater configured to use the output from the adversarial trainer and the error determiner to update the spectral results module to minimize a loss function optimized to decrease the difference between the estimated spectral image and the generated spectral image and to increase the number of estimated spectral images classified by the adversarial trainer as indistinguishable from generated spectral images.
Akkermansia for use in the treatment of oral diseases in a subject in need thereof.