mhurhangee/patent-ind-claim-en huggingface dataset:
An embedded system comprising a direct memory controller comprising a plurality of channels, wherein a plurality of channel arbitration schemes are programmable, wherein the DMA controller is programmable to split a block data transfer (210; 200; 220) on a specified channel into a plurality of separate data transfers (210a..e; 200a..c; 220a..b), wherein a selected channel arbitration scheme is applied to each separate data transfer (210a..e; 200a..c; 220a..b), wherein a data transfer on a specified channel can be interrupted between separate data transfers of the data transfer, wherein a block data transfer is split into the plurality of separate data transfers (210a..e; 200a..c; 220a..b) upon setting of a bit in a control register, and wherein each separate data transfer (210a..e; 200a..c; 220a..b) comprises a programmable maximum of data bytes.
A method for controlling wind turbines of a wind farm comprising a plurality of wind turbines , the wind farm being positioned at a site which includes one or more turbulence generating structures , where the turbulence generated by the one or more turbulence generating structures has the effect that variations in a wind pattern of the incoming wind reach a wind turbine at a downstream position before reaching a wind turbine at an upstream position, as seen in a direction of the incoming wind, the method comprising the steps of: - detecting a wind direction at the site of the wind farm , - identifying one or more upstream wind turbines and one or more downstream wind turbines , based on the detected wind direction, where each of the upstream wind turbines is arranged in front of one or more of the downstream wind turbines , as seen in the wind direction , - detecting that turbulent wind conditions, generated by the one or more turbulence generating structures are occurring, based on measurements performed by the wind turbines of the wind farm , and - in response to determining that turbulent wind conditions are occurring, controlling at least one of the upstream wind turbines based on measurements performed by at least one wind turbine which is a downstream wind turbine relative to the upstream wind turbine . - detecting a wind direction at the site of the wind farm , - identifying one or more upstream wind turbines and one or more downstream wind turbines , based on the detected wind direction, where each of the upstream wind turbines is arranged in front of one or more of the downstream wind turbines , as seen in the wind direction , - detecting that turbulent wind conditions, generated by the one or more turbulence generating structures are occurring, based on measurements performed by the wind turbines of the wind farm , and - in response to determining that turbulent wind conditions are occurring, controlling at least one of the upstream wind turbines based on measurements performed by at least one wind turbine which is a downstream wind turbine relative to the upstream wind turbine .
A wireless access point selection method for a mobile device with a wireless network connection capability, the mobile device executing an operating system including a network communication library , the method comprising: receiving capability information associated with each of a plurality of wireless network access points accessible to the mobile device; identifying , for a set of networked applications in execution on the mobile device, one or more applications having associated a wireless network capability requirement; and selecting an access point from the plurality of access points to provide network communication for the mobile device, the access point being selected based on the identified one or more applications and the received capability information, characterised in that network communication for applications executed by the mobile device having associated a wireless network capability requirement that is incompatible with a network capability of the selected access point are prevented from network communication by the network communication library, wherein the access point is selected based on a comparison of the wireless network capability requirement associated with applications and the capability information for the wireless access points. receiving capability information associated with each of a plurality of wireless network access points accessible to the mobile device; identifying , for a set of networked applications in execution on the mobile device, one or more applications having associated a wireless network capability requirement; and selecting an access point from the plurality of access points to provide network communication for the mobile device, the access point being selected based on the identified one or more applications and the received capability information, characterised in that network communication for applications executed by the mobile device having associated a wireless network capability requirement that is incompatible with a network capability of the selected access point are prevented from network communication by the network communication library, wherein the access point is selected based on a comparison of the wireless network capability requirement associated with applications and the capability information for the wireless access points.
A process for gelatinisation and the enzymatic hydrolysis of flour which comprises passing said flour through a twin-screw extruder in the presence of 0.025 % to 1.5 % w/w relative to flour of an α-amylase hydrolytic enzyme and in the presence of water at a moisture level from 30% to 45% w/w relative to the total quantity of ingredients, at a screw speed from 300 RPM to 800 RPM and a temperature in the range from 80°C to 160°C; the dimensions of the extruder being such that the residence time of the flour through the extruder is from 60 to 120 seconds and results in a dextrinised product having a dextrose equivalent of at least 15.
A speed reducer , comprising: a carrier having a recess therein; a crankshaft disposed in the recess , the crankshaft including an eccentric portion and a journal , the journal being supported by the carrier and having an end surface facing a bottom surface of the recess ; and a stopper disposed on the bottom surface of the recess and preventing the crankshaft from moving in a direction toward the bottom surface along a rotation axis of the crankshaft , the stopper having a first end surface and a second end surface opposing the first end surface in an axis direction extending along the rotation axis of the crankshaft , and the stopper being arranged between the journal and the bottom surface such that the first end surface is in contact with the end surface of the journal and the second end surface is in contact with the bottom surface . a carrier having a recess therein; a crankshaft disposed in the recess , the crankshaft including an eccentric portion and a journal , the journal being supported by the carrier and having an end surface facing a bottom surface of the recess ; and a stopper disposed on the bottom surface of the recess and preventing the crankshaft from moving in a direction toward the bottom surface along a rotation axis of the crankshaft , the stopper having a first end surface and a second end surface opposing the first end surface in an axis direction extending along the rotation axis of the crankshaft , and the stopper being arranged between the journal and the bottom surface such that the first end surface is in contact with the end surface of the journal and the second end surface is in contact with the bottom surface .
Cooling circuit capable of receiving a coolant, configured to be incorporated in an electrical device , said cooling circuit comprising: - a housing forming a cavity configured to receive said coolant, - a cap closing an opening of said cavity so as to define a circulation channel for said coolant, - a layer of glue between said cap and the periphery of said opening and rivets , the layer of glue and the rivets being configured so as to tightly fix said cap onto the periphery of said opening in which the layer of glue extends continually around the opening over a first peripheral portion of the opening and the rivets are situated on a second peripheral portion of the opening that is outer with respect to the first peripheral portion. - a housing forming a cavity configured to receive said coolant, - a cap closing an opening of said cavity so as to define a circulation channel for said coolant, - a layer of glue between said cap and the periphery of said opening and rivets , the layer of glue and the rivets being configured so as to tightly fix said cap onto the periphery of said opening in which the layer of glue extends continually around the opening over a first peripheral portion of the opening and the rivets are situated on a second peripheral portion of the opening that is outer with respect to the first peripheral portion.
A printed circuit board , comprising a number of press-in contact pins for arrangement in a respective throughplating (24; 28) of the printed circuit board , wherein the press-in contact pins each comprise a distal press-in portion and a proximal press-in portion , wherein the distal press-in portion has a first transverse extent (D1) for being pressed into the first throughplating , wherein the proximal press-in portion has a second transverse extent (D2) for being pressed into the second throughplating , which is greater than the first transverse extent (D1), - wherein a first one of the press-in contact pins is supported with its distal press-in portion in the first throughplating of the printed circuit board and - wherein further ones of the press-in contact pins are supported with their proximal press-in portions in a respective second throughplating of the printed circuit board . - wherein a first one of the press-in contact pins is supported with its distal press-in portion in the first throughplating of the printed circuit board and - wherein further ones of the press-in contact pins are supported with their proximal press-in portions in a respective second throughplating of the printed circuit board .
An operation control method of an electronic device having a touch screen , the electronic device remotely controlling an external device , the operation control method comprising: executing an application program for controlling the external device; controlling the touch display to display a first menu screen of the application program, the first menu screen including at least one menu item of a first type for controlling the external device; in response to a touch on a first menu item among the at least one menu item, determining whether there is a touch move after the touch on the first menu item before a predetermined time is elapsed; in response to determining that the predetermined time is elapsed without a touch move, transmitting a first command signal to control the external device to perform an operation corresponding to the first menu item; in response to determining that there is a touch move before the predetermined time is elapsed, displaying a second menu screen of the application program, the second menu screen including at least one menu item of a second type for controlling the external device; and wherein the transmitting the first command signal comprising: until a release manipulation is made after transmitting the first command signal , transmitting repeatedly the first command signal a plurality of times at a regular interval, wherein the touch move corresponds to a flicking operation or a dragging operation. executing an application program for controlling the external device; controlling the touch display to display a first menu screen of the application program, the first menu screen including at least one menu item of a first type for controlling the external device; in response to a touch on a first menu item among the at least one menu item, determining whether there is a touch move after the touch on the first menu item before a predetermined time is elapsed; in response to determining that the predetermined time is elapsed without a touch move, transmitting a first command signal to control the external device to perform an operation corresponding to the first menu item; in response to determining that there is a touch move before the predetermined time is elapsed, displaying a second menu screen of the application program, the second menu screen including at least one menu item of a second type for controlling the external device; and wherein the transmitting the first command signal comprising: until a release manipulation is made after transmitting the first command signal , transmitting repeatedly the first command signal a plurality of times at a regular interval, wherein the touch move corresponds to a flicking operation or a dragging operation. until a release manipulation is made after transmitting the first command signal , transmitting repeatedly the first command signal a plurality of times at a regular interval, wherein the touch move corresponds to a flicking operation or a dragging operation.
A reference signal transmission method, comprising: determining , by a first user equipment, UE , a first identifier related to the first UE ; determining , by the first UE , a first cyclic shift indication according to the first identifier, wherein a kth cyclic shift indication is determined as the first cyclic shift indication according to k=mod(m1, n), wherein the m1 is a value determined on a basis of the first identifier and the n is a quantity of to-be-selected cyclic shift indications; determining , by the first UE , a first reference signal according to the first cyclic shift indication and a preset base sequence; and sending , by the first UE , the first reference signal to a second UE . determining , by a first user equipment, UE , a first identifier related to the first UE ; determining , by the first UE , a first cyclic shift indication according to the first identifier, wherein a kth cyclic shift indication is determined as the first cyclic shift indication according to k=mod(m1, n), wherein the m1 is a value determined on a basis of the first identifier and the n is a quantity of to-be-selected cyclic shift indications; determining , by the first UE , a first reference signal according to the first cyclic shift indication and a preset base sequence; and sending , by the first UE , the first reference signal to a second UE .
A stylus (110; 111) comprising: a stylus housing formed with a first cylindrical section defining a first inner diameter D1 alongside a second cylindrical section defining a second inner diameter D2, the second inner diameter D2 being smaller than the first inner diameter D1, wherein the second cylindrical section corresponds with a section of the stylus that is gripped when writing with the stylus; a body with a diameter D3 between the first and second inner diameter, wherein the body is movable between the first cylindrical section and the second cylindrical section and wherein moving the body into the second cylindrical section expands both the second inner diameter and an outer diameter of the second cylindrical section; and an actuator configured to move the body between the first cylindrical section and the second cylindrical section. a stylus housing formed with a first cylindrical section defining a first inner diameter D1 alongside a second cylindrical section defining a second inner diameter D2, the second inner diameter D2 being smaller than the first inner diameter D1, wherein the second cylindrical section corresponds with a section of the stylus that is gripped when writing with the stylus; a body with a diameter D3 between the first and second inner diameter, wherein the body is movable between the first cylindrical section and the second cylindrical section and wherein moving the body into the second cylindrical section expands both the second inner diameter and an outer diameter of the second cylindrical section; and an actuator configured to move the body between the first cylindrical section and the second cylindrical section.
A method of reporting Channel Quality Information, CQI, without reporting a precoding matrix index, PMI, and a rank indicator, RI, to an eNB by a user equipment configured in a multi-antenna based wireless communication system, the method comprising: receiving a reference signal configuration defined by P antenna ports via a higher layer; receiving a rank of a multi-antenna transmission from the eNB, wherein the rank is represented as M, M>1; grouping the P antenna ports to P/M antenna port groups, wherein each of the P/M antenna port groups comprises M antenna ports; calculating two CQIs corresponding to two codewords for each of the P/M antenna port groups, under the assumption that unit matrixes of M x M size are applied to the P/M antenna port groups such that a M antenna ports transmission is performed via each of the P/M antenna port groups; and reporting CQIs for N best antenna port groups selected from the P/M antenna port groups in an order of channel quality and information about the N best antenna port groups, wherein the information about the N best antenna port groups includes antenna port group indexes related to each of the N best antenna port groups. receiving a reference signal configuration defined by P antenna ports via a higher layer; receiving a rank of a multi-antenna transmission from the eNB, wherein the rank is represented as M, M>1; grouping the P antenna ports to P/M antenna port groups, wherein each of the P/M antenna port groups comprises M antenna ports; calculating two CQIs corresponding to two codewords for each of the P/M antenna port groups, under the assumption that unit matrixes of M x M size are applied to the P/M antenna port groups such that a M antenna ports transmission is performed via each of the P/M antenna port groups; and reporting CQIs for N best antenna port groups selected from the P/M antenna port groups in an order of channel quality and information about the N best antenna port groups, wherein the information about the N best antenna port groups includes antenna port group indexes related to each of the N best antenna port groups.
A method for continuous open-width washing of a fabric (T), comprising the steps of: - controlling continuous introduction of the fabric (T) into a first tank of a washing machine containing washing liquid wherein, as the fabric is being introduced into the first tank it is constantly maintained in open-width, - controlling alternate pneumatic transfer of the fabric from the first tank to a second tank of the washing machine and vice versa, said alternate transfer occurring a plurality of times with the fabric (T) still maintained in open-width, - controlling continuous removal of fabric from the second tank containing washing liquid wherein, as the fabric is being removed from the second tank it is constantly maintained in open-width, wherein the pneumatic transfer from the first tank to the second tank and vice versa occurs using at least one pneumatic transfer device of the washing machine that imparts a transfer speed (V T ) to the fabric from the first tank to the second tank and vice versa that is higher than the introduction speed (V L ) with which the fabric is introduced into the first tank and the removal speed (V L ) with which the fabric is removed from the second tank, characterised in that the method includes a step of wringing out the fabric that comes out of the pneumatic transfer device before accumulation in the first or the second tank, in that the introduction speed and the removal speed are equal and constant and define the line speed (V L ) of the washing machine, and in that the transfer speed (V T ) is at least 5 times greater than the line speed (V L ). - controlling continuous introduction of the fabric (T) into a first tank of a washing machine containing washing liquid wherein, as the fabric is being introduced into the first tank it is constantly maintained in open-width, - controlling alternate pneumatic transfer of the fabric from the first tank to a second tank of the washing machine and vice versa, said alternate transfer occurring a plurality of times with the fabric (T) still maintained in open-width, - controlling continuous removal of fabric from the second tank containing washing liquid wherein, as the fabric is being removed from the second tank it is constantly maintained in open-width, wherein the pneumatic transfer from the first tank to the second tank and vice versa occurs using at least one pneumatic transfer device of the washing machine that imparts a transfer speed (V T ) to the fabric from the first tank to the second tank and vice versa that is higher than the introduction speed (V L ) with which the fabric is introduced into the first tank and the removal speed (V L ) with which the fabric is removed from the second tank, characterised in that the method includes a step of wringing out the fabric that comes out of the pneumatic transfer device before accumulation in the first or the second tank, in that the introduction speed and the removal speed are equal and constant and define the line speed (V L ) of the washing machine, and in that the transfer speed (V T ) is at least 5 times greater than the line speed (V L ).