mhurhangee/patent-ind-claim-en huggingface dataset:
A resource scheduling method, wherein the method comprises: receiving , by a user terminal, scheduling indication information from a base station, wherein the scheduling indication information comprises pre-scheduling information and dynamic scheduling information, wherein the pre-scheduling information indicates whether the base station allocates a radio resource to the user terminal in a pre-scheduling resource range, the dynamic scheduling information indicates whether the base station allocates a radio resource to the user terminal in a dynamic scheduling resource range, the radio resource indicated by the pre-scheduling information is a time-frequency resource in the pre-scheduling resource range, the pre-scheduling resource range is a part of an available time-frequency resource range in at least one scheduling period, and the dynamic scheduling resource range is the other part of the available time-frequency resource range in the at least one scheduling period; when the pre-scheduling information indicates that the base station does not allocate a radio resource to the user terminal in the pre-scheduling resource range, skipping performing, by the user terminal, control signaling detection in the pre-scheduling resource range; when the dynamic scheduling information indicates that the base station allocates a radio resource to the user terminal in the dynamic scheduling resource range, performing , by the user terminal, control signaling detection on a resource in the dynamic scheduling resource range. receiving , by a user terminal, scheduling indication information from a base station, wherein the scheduling indication information comprises pre-scheduling information and dynamic scheduling information, wherein the pre-scheduling information indicates whether the base station allocates a radio resource to the user terminal in a pre-scheduling resource range, the dynamic scheduling information indicates whether the base station allocates a radio resource to the user terminal in a dynamic scheduling resource range, the radio resource indicated by the pre-scheduling information is a time-frequency resource in the pre-scheduling resource range, the pre-scheduling resource range is a part of an available time-frequency resource range in at least one scheduling period, and the dynamic scheduling resource range is the other part of the available time-frequency resource range in the at least one scheduling period; when the pre-scheduling information indicates that the base station does not allocate a radio resource to the user terminal in the pre-scheduling resource range, skipping performing, by the user terminal, control signaling detection in the pre-scheduling resource range; when the dynamic scheduling information indicates that the base station allocates a radio resource to the user terminal in the dynamic scheduling resource range, performing , by the user terminal, control signaling detection on a resource in the dynamic scheduling resource range.
A sensor for measuring a tightening force applied to a screw assembly member , comprising a ring having at least two opposite faces axially opposed the one to the other and a flat surface perpendicular to said two opposite faces , the sensor comprising an electronic device including a longitudinal support web having two opposite ends , said support web being provided on said flat surface , said electronic device comprising three circuits mounted on said longitudinal support web for which: a first circuit is ready to generate a signal representative of a tightening force applied in a tightening direction to one of the two opposite faces ; a second circuit is ready to generate a signal representative of the distance of said applied force relatively to the center of ring in a first direction perpendicular to said tightening direction ; and a third circuit is ready to generate another signal representative of the distance of said applied force relatively to the center of ring in a second direction perpendicular to said tightening direction. a first circuit is ready to generate a signal representative of a tightening force applied in a tightening direction to one of the two opposite faces ; a second circuit is ready to generate a signal representative of the distance of said applied force relatively to the center of ring in a first direction perpendicular to said tightening direction ; and a third circuit is ready to generate another signal representative of the distance of said applied force relatively to the center of ring in a second direction perpendicular to said tightening direction.
Machine for undoing and dispensing bales of animal litter or bales of fodder, comprising, - a bottom wall (Pf; Pf') intended to receive the bale (B), - an ejection member for ejecting the constituent matter of the bale or an unwinding member for unwinding the bale, - a cutting device for cutting the link, the thread or the protective jacket surrounding said bale and which includes a cutting member (T), characterized in that the cutting device is disposed in the bottom wall (Pf; Pf') or in the extension thereof or in the vicinity thereof and such that it is disposed at the point where the bale (B) rests or in the vicinity of the point where the bale (B) rests and it can act in the lower part of the bale. - a bottom wall (Pf; Pf') intended to receive the bale (B), - an ejection member for ejecting the constituent matter of the bale or an unwinding member for unwinding the bale, - a cutting device for cutting the link, the thread or the protective jacket surrounding said bale and which includes a cutting member (T),
An ageing unit comprising: - a thermoconstant container , in which a technological bath is arranged, - on the sides of the bath there are guides for moving a self-propelled platform, on which mixers with vertical screw conveyors are mounted, covering the entire cross-section of the bath; - at the top of the chamber there is at least one sensor for monitoring loading and discharging, - and in the bottom of the bath 21 there is at least one discharging device arranged along the axis of the bath; - wherein the unit has a device for loading raw materials and a device for loading a biological activator. - a thermoconstant container , in which a technological bath is arranged, - on the sides of the bath there are guides for moving a self-propelled platform, on which mixers with vertical screw conveyors are mounted, covering the entire cross-section of the bath; - at the top of the chamber there is at least one sensor for monitoring loading and discharging, - and in the bottom of the bath 21 there is at least one discharging device arranged along the axis of the bath; - wherein the unit has a device for loading raw materials and a device for loading a biological activator.
Cleaning device comprising: - a handle ; and - a cleaning head which can be moved on a surface to be cleaned, wherein - the cleaning head has at least one rotatable cleaning roller and a first lip element arranged adjacent to a first suction channel to which negative pressure can be applied by means of a suction pump ; and - the cleaning head has a second lip element arranged adjacent to a second suction channel to which negative pressure can be applied by means of the suction pump ; - the first lip element and the second lip element are in each case moveable between a raised position and a lowered position, characterised in that the handle can be swivelled in such a way that in a first position of the handle relative to the cleaning head the first lip element is in the lowered position and the second lip element is in the raised position, and in the second position of the handle relative to the cleaning head the first lip element is in the raised position and the second lip element is in the lowered position. - a handle ; and - a cleaning head which can be moved on a surface to be cleaned, wherein - the cleaning head has at least one rotatable cleaning roller and a first lip element arranged adjacent to a first suction channel to which negative pressure can be applied by means of a suction pump ; and - the cleaning head has a second lip element arranged adjacent to a second suction channel to which negative pressure can be applied by means of the suction pump ; - the first lip element and the second lip element are in each case moveable between a raised position and a lowered position, characterised in that
Elastomeric bush bearing with an inner part extending in an axial direction (x), an outer sleeve surrounding the inner part and an elastomeric bearing body arranged between the inner part and the outer sleeve and connected to the inner part , which has at least two webs running radially and offset to one another in the circumferential direction (u) and two annular walls offset to one another in the axial direction (x), between which the webs extend axially and at least two chambers are provided filled with liquid and separated from one another in the circumferential direction (u) by the webs , which are fluidically connected to one another by at least one channel , wherein the axial ends of the webs have axial end faces at least in the region of the radially outer web ends which bear against the walls , and wherein a carrier element , which surrounds the bearing body , is arranged between the bearing body and the outer sleeve , by way of which carrier element the elastomeric bearing body is radially pre-tensioned, characterised in that the webs bear against the carrier element with their radially outer web ends .
A medical video data sender comprising an image acquiring circuitry for acquiring an image frame or image field as medical video data from a medical video data input, a video processing unit for processing the medical video data and a communication unit for sending the processed data over the data network, at least two of the image acquiring circuitry and the video processing unit and the communication unit being arranged for, together, simultaneously handling a first part of an image frame and a second part of said image frame being different parts of the same image frame of the medical video data, each of said first part of said image frame and said second part of said image frame being an incomplete image field or said first part and said second part being different parts of a same image field of said medical video data, and wherein the image acquiring circuitry comprises an image divider for dividing an image frame of said medical video data into image blocks as said first and said second parts of said image frame, each image block containing one or more complete lines of the entire image field or image frame.
A header for an agricultural harvester comprising an infeed conveyor having a fore end and an aft end , a center knife drive disposed adjacent to and forwardly of the infeed conveyor, and a knife drive cover covering the center knife drive, the knife drive cover comprising a main body substantially covering an entire width of the center knife drive, characterized by the knife drive cover further comprising: a seed saver , being a plate element extending rearwardly from an aft end of the main body, wherein the seed saver is substantially planar, includes a width substantially coextensive with a width of the infeed conveyor, and defines a plane substantially parallel to the infeed conveyor.
A plumbing adapter for use between a first plumbing interface and a second plumbing interface that are misaligned, the plumbing adapter comprising: a base frame supporting an inner ring and an outer ring , wherein the inner ring inner diameter defines a first central longitudinal axis , wherein the outer ring inner diameter defines a second central longitudinal axis , wherein the inner ring and the outer ring are both rotatable within the base frame such that the first central longitudinal axis and the second central longitudinal axis can be moved with respect to one another in order to accommodate for misalignment between the first plumbing interface and the second plumbing interface, wherein the inner ring comprises a wider portion and wherein the outer ring comprises a wider portion, wherein the wider portions of the inner and outer rings allow for eccentricity of the rings with respect to the base frame, wherein the inner ring comprises a raised shoulder for cooperating with the first plumbing interface, and characterized in that a position of the first longitudinal axis may be controlled by rotating both the inner ring and the outer ring independently from one another relative to the base frame . a base frame supporting an inner ring and an outer ring , wherein the inner ring inner diameter defines a first central longitudinal axis , wherein the outer ring inner diameter defines a second central longitudinal axis , wherein the inner ring and the outer ring are both rotatable within the base frame such that the first central longitudinal axis and the second central longitudinal axis can be moved with respect to one another in order to accommodate for misalignment between the first plumbing interface and the second plumbing interface, wherein the inner ring comprises a wider portion and wherein the outer ring comprises a wider portion, wherein the wider portions of the inner and outer rings allow for eccentricity of the rings with respect to the base frame, wherein the inner ring comprises a raised shoulder for cooperating with the first plumbing interface, and characterized in that a position of the first longitudinal axis may be controlled by rotating both the inner ring and the outer ring independently from one another relative to the base frame .
Waste container comprising at least one closing apparatus for closing at least one opening and an electronic device that has an electronic control device , at least one locking device for the at least one closing apparatus , a sensor system that comprises at least one movement sensor and relays detected sensor signals to the electronic control device , and a transmission device for transmitting sensor signals from the sensor system to the electronic control device and/or transmitting locking device control signals from the electronic control device to the locking device , the signal transmission taking place wirelessly or via a physical connection, characterised in that the sensor system has at least two sensors , namely the movement sensor and a level sensor , by means of which a lifting of the waste container can be detected, wherein a locking device control signal can be generated from sensor signals of the two sensors by means of the electronic control device in order to open the at least one locking device .
A process for preparing a maltose containing syrup comprising the successive steps of a) Carrying out liquefaction of a starch milk b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, and wherein in step b) the saccharification is taking place in presence of from 1% to 4% of residual activity of total amount of alpha-amylase applied in the liquefaction of step a); and wherein after step c) additional alpha-amylase is added at about 70 to 85% spent time of total saccharification time, for obtaining a maltose containing syrup comprising at least 85% maltose based on dry matter and less than 1.5% glucose based on dry matter. a) Carrying out liquefaction of a starch milk b) Carrying out saccharification of the liquefied starch milk in the presence of alpha-amylase, and beta-amylase and a debranching enzyme selected from the group of pullulanase, iso-amylase and mixtures thereof, c) Further adding maltogenic alpha-amylase and/or iso-amylase, and
A method for communicating data between Bluetooth Low Energy, BLE, devices in a network , the BLE devices comprising a broadcasting node and multiple receiving nodes , the method comprising: broadcasting data from the broadcasting node ; receiving the data at the multiple receiving nodes ; transmitting an acknowledgement, ACK, packet from each receiving node of the multiple receiving nodes to the broadcasting node , wherein said each receiving node waits for a waiting period before transmitting the ACK packet, and wherein the waiting period is a varying length of time for each receiving node, wherein the waiting period is a randomly determined length of time and is further determined by information that is unique to said each receiving node , wherein the information unique to said each receiving node is a MAC address of said each receiving node . broadcasting data from the broadcasting node ; receiving the data at the multiple receiving nodes ; transmitting an acknowledgement, ACK, packet from each receiving node of the multiple receiving nodes to the broadcasting node , wherein said each receiving node waits for a waiting period before transmitting the ACK packet, and wherein the waiting period is a varying length of time for each receiving node, wherein the waiting period is a randomly determined length of time and is further determined by information that is unique to said each receiving node , wherein the information unique to said each receiving node is a MAC address of said each receiving node .
A system (SYS) for visualizing a flow within a volume of a 3-dimensional (3-D) image, the system comprising: - a first transfer unit (U30) for applying a first transfer function, which assigns a renderable property to each location of a first plurality of locations within the volume, on the basis of a flow pattern class assigned to said location, the flow pattern class being assigned from a plurality of flow pattern classes for classifying the flow at said location; - a second transfer unit (U40) for applying a second transfer function, which assigns a renderable property to each location of a second plurality of locations within the volume, on the basis of a value of the 3-D image assigned to said location; and - a mixing unit (U50) for computing a 2-D image based on the renderable property assigned to each location of the first plurality of locations and on the renderable property assigned to each location of the second plurality of locations, wherein the plurality of flow pattern classes are defined by ranges of curvature and torsion values, and wherein the flow pattern class assigned to each location of the first plurality of locations is assigned based on curvature and torsion values of a flow curve associated with the flow at said each location, wherein said curvature and torsion values of the flow curve are calculated at said each location. - a first transfer unit (U30) for applying a first transfer function, which assigns a renderable property to each location of a first plurality of locations within the volume, on the basis of a flow pattern class assigned to said location, the flow pattern class being assigned from a plurality of flow pattern classes for classifying the flow at said location; - a second transfer unit (U40) for applying a second transfer function, which assigns a renderable property to each location of a second plurality of locations within the volume, on the basis of a value of the 3-D image assigned to said location; and - a mixing unit (U50) for computing a 2-D image based on the renderable property assigned to each location of the first plurality of locations and on the renderable property assigned to each location of the second plurality of locations, wherein the plurality of flow pattern classes are defined by ranges of curvature and torsion values, and wherein the flow pattern class assigned to each location of the first plurality of locations is assigned based on curvature and torsion values of a flow curve associated with the flow at said each location, wherein said curvature and torsion values of the flow curve are calculated at said each location.
Rail vehicle for passenger transport, having at least one linearly displaceable step platform which is arranged in a boarding region of the rail vehicle and which serves for bridging a gap in a horizontal direction between the boarding region of the rail vehicle and a station platform , characterized in that the step platform comprises a front section which forms part of a step surface of the step platform , wherein the step platform has, in the region of the front section , a step-shaped recess for receiving the front section , in which recess the front section is mounted on the step platform so as to be rotatable about a horizontal axis in order to form a ramp between the remaining step surface of the step platform and the station platform .
An adjustable mirror mount for rotating a reflection surface of a mirror , the adjustable mirror mount comprising: a mirror holder (102a/b) that is configured to hold a mirror such that a reflection surface of the mirror is parallel with a horizontal axis; a vertical adjustment arm , wherein the vertical adjustment arm is rigidly connected to the mirror holder; a horizontal adjustment arm , wherein the horizontal adjustment arm is coupled to the vertical adjustment arm by one or more vertical pivots that allow the vertical adjustment arm to rotate about the horizontal axis relative to the horizontal adjustment arm; a horizontal pivot coupled with the horizontal adjustment arm and having a center axis aligned with a vertical axis that passes through the reflection surface; a cleat , wherein the cleat is adjustably coupled to the horizontal adjustment arm; a horizontal adjustment screw , wherein rotation of the horizontal adjustment screw changes a separation distance between the horizontal adjustment arm and the cleat and causes the horizontal adjustment arm and the mirror holder to rotate about the vertical axis relative to the cleat when the horizontal pivot and the cleat are held in fixed locations; and a vertical adjustment screw , wherein rotation of the vertical adjustment screw changes a separation distance between the vertical adjustment arm and the horizontal adjustment arm and causes the vertical adjustment arm and the mirror holder to rotate about the horizontal axis. a mirror holder (102a/b) that is configured to hold a mirror such that a reflection surface of the mirror is parallel with a horizontal axis; a vertical adjustment arm , wherein the vertical adjustment arm is rigidly connected to the mirror holder; a horizontal adjustment arm , wherein the horizontal adjustment arm is coupled to the vertical adjustment arm by one or more vertical pivots that allow the vertical adjustment arm to rotate about the horizontal axis relative to the horizontal adjustment arm; a horizontal pivot coupled with the horizontal adjustment arm and having a center axis aligned with a vertical axis that passes through the reflection surface; a cleat , wherein the cleat is adjustably coupled to the horizontal adjustment arm; a horizontal adjustment screw , wherein rotation of the horizontal adjustment screw changes a separation distance between the horizontal adjustment arm and the cleat and causes the horizontal adjustment arm and the mirror holder to rotate about the vertical axis relative to the cleat when the horizontal pivot and the cleat are held in fixed locations; and a vertical adjustment screw , wherein rotation of the vertical adjustment screw changes a separation distance between the vertical adjustment arm and the horizontal adjustment arm and causes the vertical adjustment arm and the mirror holder to rotate about the horizontal axis.