mhurhangee/patent-ind-claim-en huggingface dataset:
Procedure for separating the husk from seeds or fruit, of the type comprising: - a first stage wherein the seeds or fruit are fed into a splitting machine, that hits said husk of the seeds or fruit breaking it, characterised in that it comprises: - a second stage wherein said split seed or fruit husk is transported into at least one first rotary screen , being tubular with walls having perforations with basic V-shape or modifications thereto for passing the husk-less seed or fruit and retaining the seeds and fruits with husks and the non-split seeds and fruit inside the rotary screen , - a third stage wherein the said first rotary screen , rotates, moving the products inside it, with some of said products passing through said perforations with basic V-shape or modifications thereto, falling in some collection means , and - a fourth stage wherein the husks, the fruit and the seeds that have separated from the husk and the fruit and seeds with husks from the collection means are transported to at least one device comprising a slope along which said products fall, with said slope ending in a curve with a corrugated area and a point of inflection that guides it upwards to a ramp where said products take off, with said husk-less seeds or fruit falling in respective classifying elements on one side, the seeds or fruits with husks on the other and the loose husks on another based on the friction coefficient of said products with the corrugated area . - a first stage wherein the seeds or fruit are fed into a splitting machine, that hits said husk of the seeds or fruit breaking it, - a second stage wherein said split seed or fruit husk is transported into at least one first rotary screen , being tubular with walls having perforations with basic V-shape or modifications thereto for passing the husk-less seed or fruit and retaining the seeds and fruits with husks and the non-split seeds and fruit inside the rotary screen , - a third stage wherein the said first rotary screen , rotates, moving the products inside it, with some of said products passing through said perforations with basic V-shape or modifications thereto, falling in some collection means , and - a fourth stage wherein the husks, the fruit and the seeds that have separated from the husk and the fruit and seeds with husks from the collection means are transported to at least one device comprising a slope along which said products fall, with said slope ending in a curve with a corrugated area and a point of inflection that guides it upwards to a ramp where said products take off, with said husk-less seeds or fruit falling in respective classifying elements on one side, the seeds or fruits with husks on the other and the loose husks on another based on the friction coefficient of said products with the corrugated area .
An interproximal dental tool comprising: at least one blade ; and a substantially U-shaped thermoplastic housing fixed to said blade , said housing including a body sized to fit substantially within a patient's mouth, having spaced apart first and second ends , a terminal edge extending between said first and second ends adjacent to the at least one blade , an outer edge which is thicker than the terminal edge and opposing side walls which extend from the outer edge to the terminal edge , said opposing side walls tapering inwardly from the outer edge toward the blade , said housing being thinner at a center point and thicker towards the ends respectively such that the housing is essentially concaved along either side ; whereby said at least one blade includes a first edge area extending along the length of said at least one blade which is permanently fixed within said substantially U-shaped housing and an exposed portion extending from the terminal edge and between the first and second ends , said exposed portion including at least one of serrations or a band of abrasive material for detaching unwanted dental material from teeth, wherein said at least one blade is designed for use within an interproximal space between teeth, and said terminal edge of the substantially U-shaped housing provides a stop which upon complete insertion between the teeth limits insertion of the at least one blade between the teeth such that said at least one blade cannot substantially penetrate the gum line during use. at least one blade ; and a substantially U-shaped thermoplastic housing fixed to said blade , said housing including a body sized to fit substantially within a patient's mouth, having spaced apart first and second ends , a terminal edge extending between said first and second ends adjacent to the at least one blade , an outer edge which is thicker than the terminal edge and opposing side walls which extend from the outer edge to the terminal edge , said opposing side walls tapering inwardly from the outer edge toward the blade , said housing being thinner at a center point and thicker towards the ends respectively such that the housing is essentially concaved along either side ; whereby said at least one blade includes a first edge area extending along the length of said at least one blade which is permanently fixed within said substantially U-shaped housing and an exposed portion extending from the terminal edge and between the first and second ends , said exposed portion including at least one of serrations or a band of abrasive material for detaching unwanted dental material from teeth, wherein said at least one blade is designed for use within an interproximal space between teeth, and said terminal edge of the substantially U-shaped housing provides a stop which upon complete insertion between the teeth limits insertion of the at least one blade between the teeth such that said at least one blade cannot substantially penetrate the gum line during use.
A polypeptide comprising a functional photoactive yellow protein (PYP) derivative or a functional fragment thereof, wherein said functional PYP derivative or said functional fragment thereof comprises a glycine at position 69 and a proline at position 97, wherein the numbering of the amino acid positions is made with reference to SEQ ID NO: 48, and wherein said polypeptide binds reversibly a fluorogenic chromophore with: - a K D ranging from 0.05 to 10 μM when measured at a temperature of 25°C, preferably ranging from 0.1 to 2 μM, more preferably ranging from 0.13 to 1.02 μM; and/or - a k off ranging from 1 to 50 s -1 when measured at a temperature of 25°C, preferably from 5 to 20 s -1 , more preferably from 6.3 to 17 s -1 ; and/or - a k on ranging from 0.1 x 10 7 to 50 x 10 7 M -1 s -1 when measured at a temperature of 25°C, preferably from 1 x 10 7 to 10 x 10 7 M -1 s -1 , more preferably from 3 x 10 7 to 6.3 x 10 7 M -1 s -1 . - a K D ranging from 0.05 to 10 μM when measured at a temperature of 25°C, preferably ranging from 0.1 to 2 μM, more preferably ranging from 0.13 to 1.02 μM; and/or - a k off ranging from 1 to 50 s -1 when measured at a temperature of 25°C, preferably from 5 to 20 s -1 , more preferably from 6.3 to 17 s -1 ; and/or - a k on ranging from 0.1 x 10 7 to 50 x 10 7 M -1 s -1 when measured at a temperature of 25°C, preferably from 1 x 10 7 to 10 x 10 7 M -1 s -1 , more preferably from 3 x 10 7 to 6.3 x 10 7 M -1 s -1 .
A module in a first User Equipment, UE , for synchronizing peer-to-peer operation for outside coverage and partial network coverage using LTE air interface, said module in the UE configured to: select a portion of an uplink, UL, frame, used by the first UE , to establish a direct communication, D2D, between the first UE and one or more second UEs; generate timing information and synchronization source type information, wherein the timing information is used to synchronize the one or more second UEs with the first UE ; transmit a synchronization signal comprising the timing information, wherein the timing information is included in the portion of the UL frame used by the first UE , wherein the first UE is to act as a reference source in a local synchronization area; and configure the first UE to act as a synchronization source based on the synchronization source type information configured in the synchronization signal ; characterized in that the module is further configured to: receive, from one or more second UEs , a request to change the selected portion of the UL frame to a different subchannel, timeslot, or subframe to avoid interference with a remote synchronization area that at least partially overlaps with the local synchronization area; and in response to the request, change transmission of the synchronization signal to the different subchannel, timeslot, or subframe. select a portion of an uplink, UL, frame, used by the first UE , to establish a direct communication, D2D, between the first UE and one or more second UEs; generate timing information and synchronization source type information, wherein the timing information is used to synchronize the one or more second UEs with the first UE ; transmit a synchronization signal comprising the timing information, wherein the timing information is included in the portion of the UL frame used by the first UE , wherein the first UE is to act as a reference source in a local synchronization area; and configure the first UE to act as a synchronization source based on the synchronization source type information configured in the synchronization signal ; characterized in that the module is further configured to: receive, from one or more second UEs , a request to change the selected portion of the UL frame to a different subchannel, timeslot, or subframe to avoid interference with a remote synchronization area that at least partially overlaps with the local synchronization area; and in response to the request, change transmission of the synchronization signal to the different subchannel, timeslot, or subframe. receive, from one or more second UEs , a request to change the selected portion of the UL frame to a different subchannel, timeslot, or subframe to avoid interference with a remote synchronization area that at least partially overlaps with the local synchronization area; and in response to the request, change transmission of the synchronization signal to the different subchannel, timeslot, or subframe.
Method for selecting one device, from a plurality of devices that are standalone with respect to power, that are connected to an access network of a communication network, that are located in a determined geographic region , and that are able to execute instructions (Intl, Int2, Int3) relative to the delivery of a service by the network, the method being implemented by a management equipment and comprising the following steps: - obtaining (E5, E6, E7) information, comprising a datum on consumption parameters, relative to capacities of devices of the plurality, - receiving (E8) a request message from a terminal connected to the communication network, comprising a request for resources to execute said instructions (Intl, Int2, Int3), - selecting (E9) at least one device from the plurality depending on the information and on the request for resources, - dispatching (E10) a selection message to the terminal , comprising an identifier of the at least one selected device. - obtaining (E5, E6, E7) information, comprising a datum on consumption parameters, relative to capacities of devices of the plurality, - receiving (E8) a request message from a terminal connected to the communication network, comprising a request for resources to execute said instructions (Intl, Int2, Int3), - selecting (E9) at least one device from the plurality depending on the information and on the request for resources, - dispatching (E10) a selection message to the terminal , comprising an identifier of the at least one selected device.
A medical diagnosis and treatment system , comprising: a non-transitory computer-readable medium to store instructions thereon; and a processing device , in communication with the medium , the processing device configured for executing the instructions to perform operations comprising: receiving imaging data from an imaging device on a catheter at a placement site of a stent within a lumen of a vessel of a patient ; and estimating a restenosis probability value , characterized in that the restenosis probability value is estimated based on presence of gaps between the stent and vessel walls; or shape and/or size of cross sectional area through the stent and uniformity of the cross-sectional area through the stent at the placement site corresponding to a location of a lesion of the vessel. a non-transitory computer-readable medium to store instructions thereon; and a processing device , in communication with the medium , the processing device configured for executing the instructions to perform operations comprising: receiving imaging data from an imaging device on a catheter at a placement site of a stent within a lumen of a vessel of a patient ; and estimating a restenosis probability value , characterized in that the restenosis probability value is estimated based on presence of gaps between the stent and vessel walls; or shape and/or size of cross sectional area through the stent and uniformity of the cross-sectional area through the stent at the placement site corresponding to a location of a lesion of the vessel. receiving imaging data from an imaging device on a catheter at a placement site of a stent within a lumen of a vessel of a patient ; and estimating a restenosis probability value , characterized in that the restenosis probability value is estimated based on presence of gaps between the stent and vessel walls; or shape and/or size of cross sectional area through the stent and uniformity of the cross-sectional area through the stent at the placement site corresponding to a location of a lesion of the vessel.
An encoding method of a multi-channel signal, comprising: obtaining (S101) a parameter used to determine an information extraction manner for a current frame of a multi-channel signal; determining (S102) an inter-channel phase difference, IPD, parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal, wherein the determined IPD parameter extraction manner for the current frame of multi-channel signal is one of at least two preset IPD parameter extraction manners; extracting (S103) an IPD parameter of the current frame of multi-channel signal based on the determined IPD parameter extraction manner for the current frame of multi-channel signal; and quantizing and encoding the extracted IPD parameter; wherein the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises a parameter that is of the current frame and that represents left-right channel coherence; and if a value of the parameter that is of the current frame and that represents left-right channel coherence is greater than a first threshold, the determining an IPD parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises: determining that the IPD parameter extraction manner for the current frame of multi-channel signal is a first extraction manner. obtaining (S101) a parameter used to determine an information extraction manner for a current frame of a multi-channel signal; determining (S102) an inter-channel phase difference, IPD, parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal, wherein the determined IPD parameter extraction manner for the current frame of multi-channel signal is one of at least two preset IPD parameter extraction manners; extracting (S103) an IPD parameter of the current frame of multi-channel signal based on the determined IPD parameter extraction manner for the current frame of multi-channel signal; and quantizing and encoding the extracted IPD parameter; wherein the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises a parameter that is of the current frame and that represents left-right channel coherence; and if a value of the parameter that is of the current frame and that represents left-right channel coherence is greater than a first threshold, the determining an IPD parameter extraction manner for the current frame of multi-channel signal based on the parameter used to determine the information extraction manner for the current frame of the multi-channel signal comprises: determining that the IPD parameter extraction manner for the current frame of multi-channel signal is a first extraction manner.
Forming device for forming an inner rim of a round blank ring of a round blank, having a lower tool comprising a die that can be moved along a working axis (A), having a support ring coaxially arranged around the working axis (A) and being resiliently supported on the die in the direction of the working axis (A) by means of a first spring arrangement , having an upper tool comprising a holding sleeve that completely encloses the round blank ring in the forming position (U) along the outside contour of the round blank ring , having at least one forming tool that is configured as a spreading tool , that is arranged on the die of the lower tool and that is configured to engage into the round blank ring in the forming position (U) and to be expanded radially relative to the working axis (A) and to form the inner rim , wherein the upper tool comprises an ejection device configured to move the round blank ring , after having been formed, out of the forming position (U) and back into the transport plane (T), characterized in that the support ring encloses the forming tool coaxially and is configured to move the round blank ring out of the transport plane (T) into the forming position (U) during movement of the die along the working axis (A) in direction toward the upper tool , and that a spreading mandrel is arranged on the upper tool that is configured for expanding the spreading tool and that has a section tapering toward its free end. having a lower tool comprising a die that can be moved along a working axis (A), having a support ring coaxially arranged around the working axis (A) and being resiliently supported on the die in the direction of the working axis (A) by means of a first spring arrangement , having an upper tool comprising a holding sleeve that completely encloses the round blank ring in the forming position (U) along the outside contour of the round blank ring , having at least one forming tool that is configured as a spreading tool , that is arranged on the die of the lower tool and that is configured to engage into the round blank ring in the forming position (U) and to be expanded radially relative to the working axis (A) and to form the inner rim , wherein the upper tool comprises an ejection device configured to move the round blank ring , after having been formed, out of the forming position (U) and back into the transport plane (T), characterized in that the support ring encloses the forming tool coaxially and is configured to move the round blank ring out of the transport plane (T) into the forming position (U) during movement of the die along the working axis (A) in direction toward the upper tool , and that a spreading mandrel is arranged on the upper tool that is configured for expanding the spreading tool and that has a section tapering toward its free end.
An engine controlling apparatus, comprising: an air amount calculation unit that calculates an air amount introduced into a combustion chamber of an engine; a fuel supplying controlling unit that executes, if a predetermined fuel cut condition is satisfied, fuel supply cut for cutting fuel supply into the combustion chamber but executes, if a predetermined return condition is satisfied, fuel cut return for returning the fuel supply into the combustion chamber; a torque calculation unit that calculates torque outputted from the engine based on a result of the calculation by said air amount calculation unit ; a controlling unit that controls a driving parameter of the engine based on the torque calculated by said torque calculation unit ; and an engine speed detection unit that detects an engine speed of the engine wherein said torque calculation unit calculates a standard torque based on a result of the detection by said engine speed detection unit and a result of the calculation by said air amount calculation unit and characterized in that the torque calculation unit calculates the torque upon the fuel cut return by multiplying the standard torque with a ratio of an added value of a fresh air amount introduced into the combustion chamber in an intake stroke of the engine upon the fuel cut return and a remaining air amount in the combustion chamber upon fuel cut, the remaining air amount corresponding to a volume of the combustion chamber under the atmospheric pressure, to the fresh air. an air amount calculation unit that calculates an air amount introduced into a combustion chamber of an engine; a fuel supplying controlling unit that executes, if a predetermined fuel cut condition is satisfied, fuel supply cut for cutting fuel supply into the combustion chamber but executes, if a predetermined return condition is satisfied, fuel cut return for returning the fuel supply into the combustion chamber; a torque calculation unit that calculates torque outputted from the engine based on a result of the calculation by said air amount calculation unit ; a controlling unit that controls a driving parameter of the engine based on the torque calculated by said torque calculation unit ; and an engine speed detection unit that detects an engine speed of the engine wherein said torque calculation unit calculates a standard torque based on a result of the detection by said engine speed detection unit and a result of the calculation by said air amount calculation unit and characterized in that the torque calculation unit calculates the torque upon the fuel cut return by multiplying the standard torque with a ratio of an added value of a fresh air amount introduced into the combustion chamber in an intake stroke of the engine upon the fuel cut return and a remaining air amount in the combustion chamber upon fuel cut, the remaining air amount corresponding to a volume of the combustion chamber under the atmospheric pressure, to the fresh air.