mhurhangee/ep-ind-claims huggingface dataset:
A method of separating infill material of synthetic turf, the infill material comprising sand, rubber and fibres, the method comprising combining the infill material with water to form an infill slurry, and separating one or more of the sand, rubber and fibres from the infill slurry; and characterised in that a hydrocyclone is used to separate the infill slurry into a fibre slurry and a sand/rubber slurry; and a density separator is used to separate sand and rubber from the sand/rubber slurry, wherein the density separator is a spiral separator. combining the infill material with water to form an infill slurry, and separating one or more of the sand, rubber and fibres from the infill slurry; and characterised in that a hydrocyclone is used to separate the infill slurry into a fibre slurry and a sand/rubber slurry; and a density separator is used to separate sand and rubber from the sand/rubber slurry, wherein the density separator is a spiral separator. a hydrocyclone is used to separate the infill slurry into a fibre slurry and a sand/rubber slurry; and a density separator is used to separate sand and rubber from the sand/rubber slurry, wherein the density separator is a spiral separator.
A method of forming of seamless rings by process of hot rolling in a rolling mill with vertical placement of rolls, where the rolling of the ring consists of increasing, through a forming process, the diameter of a ring-shaped input material while simultaneously shaping the external profile of the input material - the ring, which is driven by a rotating main roll (1,2), is guided by a mandrel roll rotating around its own axis, by forced movement with linear feed at a set speed, moving towards the main roll (1,2), whereas conical rolls (6, 7) move in a horizontal movement in accordance with the increase of the ring, and additionally the vertical movement of the upper conical roll enables maintaining a constant height of the ring or reducing the height to a set value, wherein the main roll, used as a forming tool, with a segment construction consisting of a base roll segment and an exchangeable roll segment centred in its lower part on the surface of the base roll segment, is used to shape, by rolling on the mill, an external shape of the ring, while the mandrel roll creates an internal outline of the ring, where by decreasing the wall thickness and the ring height, the ring diameter increases while maintaining a constant volume, whereby the rolling process ends when the ring reaches a desired shape and diameter, characterized in that the torque from the base roll segment is transferred to the exchangeable roll segment using a shaped connection of the both segments in the form of a regular polygon, placed coaxially in the centre of the base roll segment, and in that the base roll segment and the exchangeable roll segment connected by the polygon are locked with bolts using a full ring axially placed on the base roll segment and on the front upper part of the exchangeable roll segment and a split ring placed in a base roll segment, whereas the base roll and exchangeable roll segments are disconnected by using a clamping ring of the split ring, where the clamping ring is placed over the split ring, and using bolts and nuts the exchangeable roll segment is removed and replaced.
Method of multichannel radiocommunication between the columns of a vehicle column lift to constitute and operate a lift consisting of at least two selected lifting columns in an environment comprising a plurality of columns that may be simultaneously used for the constitution and operation of several lifts, wherein the radio channels are selected in a predetermined frequency band, wherein the aim of the operation of the lifts thus constituted is to synchronize the columns during lifting operations and, in the event of failure in at least one column, or in the event of an emergency stop, there are three distinct phases: - upon power up, the columns scan the radio channel emissions to detect their availability and their level of interference by external emissions; - a column first selected for the constitution of a lift, by assignment of a code entered by the operator and corresponding to a single lift, selects a free channel, creates a beacon channel and manages it in broadcasting mode, allowing the registration of at least one other column N to which the same code has been conferred, wherein each column N (N≥2) belonging to the first available time slot of the beacon channel, wherein all the columns having the same code are able to close the registration as the lift is then constituted; - each column of a lift forms a dialogue with the other columns in broadcasting mode during the operation of the lift, wherein the synchronization of the transmissions of the frames containing the data take place while keeping the time slots occupied during the registration, with equal weight for all the columns. - upon power up, the columns scan the radio channel emissions to detect their availability and their level of interference by external emissions; - a column first selected for the constitution of a lift, by assignment of a code entered by the operator and corresponding to a single lift, selects a free channel, creates a beacon channel and manages it in broadcasting mode, allowing the registration of at least one other column N to which the same code has been conferred, wherein each column N (N≥2) belonging to the first available time slot of the beacon channel, wherein all the columns having the same code are able to close the registration as the lift is then constituted; - each column of a lift forms a dialogue with the other columns in broadcasting mode during the operation of the lift, wherein the synchronization of the transmissions of the frames containing the data take place while keeping the time slots occupied during the registration, with equal weight for all the columns.
A method performed by a communication device, the method comprising: receiving a first Buffer Status Report, BSR, at the communication device; and triggering a Pre-emptive Buffer Status Report, Pre-BSR, based on the first BSR if a trigger condition is met; triggering a Pre-emptive Scheduling Request, Pre-SR, if there is no uplink resource available for transmitting the Pre-BSR; and cancelling the triggered Pre-SR if uplink resource large enough to accommodate the Pre-BSR is granted. receiving a first Buffer Status Report, BSR, at the communication device; and triggering a Pre-emptive Buffer Status Report, Pre-BSR, based on the first BSR if a trigger condition is met; triggering a Pre-emptive Scheduling Request, Pre-SR, if there is no uplink resource available for transmitting the Pre-BSR; and cancelling the triggered Pre-SR if uplink resource large enough to accommodate the Pre-BSR is granted.
Retractable leash for coiling and uncoiling a leash, in particular for walking an animal, comprising a leash reel which is rotatably mounted on a carrier and can be reset by means of resetting means into a coiled position in which the leash is wound up on the leash reel, and comprising blocking means for blocking the uncoiling of the leash from the leash reel, which blocking means have a brake which is frictionally engaged with the leash reel and which is designed as a band brake having a braking band, characterized in that the blocking means are two-stage and have latching means for positive blocking of the uncoiling as a second stage, which latching means interact with protrusions in the region of the outer circumference of the leash reel, and in that a brake button is provided for actuating the brake and the second stage.
An insert molding comprising: a glass substrate; a heat-resisting adhesive layer having a frame shape and formed on peripheral portions of one surface of the glass substrate; a transparent pressure-sensitive adhesive layer formed on an inner side portion of the one surface of the glass substrate and shaped to partially overlap the heat-resisting adhesive layer in a thickness direction of the glass substrate; a capacitance-type touch sensor laminated on the transparent pressure-sensitive adhesive layer and having a configuration smaller than an outer configuration of the glass substrate; characterized in that an injection-molded resin portion is provided which is formed integrally with a portion of the heat-resisting adhesive layer where the transparent pressure-sensitive adhesive layer is absent to have an opening larger than the outer configuration of the capacitance-type touch sensor. a glass substrate; a heat-resisting adhesive layer having a frame shape and formed on peripheral portions of one surface of the glass substrate; a transparent pressure-sensitive adhesive layer formed on an inner side portion of the one surface of the glass substrate and shaped to partially overlap the heat-resisting adhesive layer in a thickness direction of the glass substrate; a capacitance-type touch sensor laminated on the transparent pressure-sensitive adhesive layer and having a configuration smaller than an outer configuration of the glass substrate; characterized in that an injection-molded resin portion is provided which is formed integrally with a portion of the heat-resisting adhesive layer where the transparent pressure-sensitive adhesive layer is absent to have an opening larger than the outer configuration of the capacitance-type touch sensor.
A prosthetic heart valve (10; 600; 700; 800; 1100) comprising: an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration, wherein the frame comprises a plurality of struts; a valvular structure mounted within the frame and comprising a plurality of leaflets that regulate the flow of blood through the frame, wherein each leaflet comprises opposing tabs on opposite sides of the leaflet and a cusp edge portion between the tabs, wherein each tab is paired with an adjacent tab of an adjacent leaflet to form a plurality of commissures that are connected to the frame; wherein the cusp edge portions of the leaflets are connected to the frame by a connecting skirt that is sutured to and disposed between the frame and the cusp edge portions of the leaflets, wherein the connecting skirt is sutured to struts of the frame along diagonal lines, each diagonal line being defined by struts extending diagonally from the inlet end toward the outlet end of the frame, and wherein the cusp edge portions of the plurality of leaflets are positioned along the diagonal lines. an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration, wherein the frame comprises a plurality of struts; a valvular structure mounted within the frame and comprising a plurality of leaflets that regulate the flow of blood through the frame, wherein each leaflet comprises opposing tabs on opposite sides of the leaflet and a cusp edge portion between the tabs, wherein each tab is paired with an adjacent tab of an adjacent leaflet to form a plurality of commissures that are connected to the frame; wherein the cusp edge portions of the leaflets are connected to the frame by a connecting skirt that is sutured to and disposed between the frame and the cusp edge portions of the leaflets, wherein the connecting skirt is sutured to struts of the frame along diagonal lines, each diagonal line being defined by struts extending diagonally from the inlet end toward the outlet end of the frame, and wherein the cusp edge portions of the plurality of leaflets are positioned along the diagonal lines.
A storage control device configured to control a storage device including a first disk which is in active state and a second disk which is in standby state, the storage control device comprising: a communication unit (140, 240) configured to transmit a read-out request or a write request to the storage device and receives a response to the read-out request or the write request from the storage device; and a control unit (160, 260) configured to control the communication unit so that the communication unit transmits a rotation start command to instruct a start of rotation of the second disk to the storage device, when a time to the point when receiving the response to the read-out request or the write request transmitted to the first disk which is in active state is longer than a predetermined threshold, wherein the storage device includes a cache unit holding data which is stored in the first disk being in active state but is not stored in the second disk being in standby state, and when the time to the point of receiving the response to the read-out request or the write request transmitted to the first disk which is in active state is longer than a response delay time, the control unit (160, 260) further controls the communication unit to transmit to the storage device, a cache data read-out command which instructs to read the data in response to the read-out request, to read the data from the cache unit. a communication unit (140, 240) configured to transmit a read-out request or a write request to the storage device and receives a response to the read-out request or the write request from the storage device; and a control unit (160, 260) configured to control the communication unit so that the communication unit transmits a rotation start command to instruct a start of rotation of the second disk to the storage device, when a time to the point when receiving the response to the read-out request or the write request transmitted to the first disk which is in active state is longer than a predetermined threshold, wherein the storage device includes a cache unit holding data which is stored in the first disk being in active state but is not stored in the second disk being in standby state, and when the time to the point of receiving the response to the read-out request or the write request transmitted to the first disk which is in active state is longer than a response delay time, the control unit (160, 260) further controls the communication unit to transmit to the storage device, a cache data read-out command which instructs to read the data in response to the read-out request, to read the data from the cache unit.
A certificate management method at a certificate management device characterized by comprising: determining to revoke at least a first certificate among a plurality of certificates that are recorded in a key tree, wherein the plurality of certificates are related to an entity device, wherein the key tree is a binary tree key; wherein the plurality of certificates are correspondingly recorded into a plurality of leaf nodes of the key tree; wherein each node of the key tree has a key value; wherein each certificate includes the key value of its corresponding leaf node; wherein the key value of each left child node of the key tree is derived by inputting the key value of its parent node into a first one-way hash function; and wherein the key value of each right child node of the key tree is derived by inputting the key value of its parent node into a second one-way hash function; determining whether the sibling node of the leaf node which records said first certificate records a revoked certificate; if it is determined that the sibling node of the leaf node which records said first certificate records a revoked certificate, adding information about its parent node to a certificate revocation list; and transmitting the certificate revocation list to at least another entity device; wherein the information about its parent node includes the index of said parent node, the derived key of said parent node and the parent node hierarchy; and wherein the parent node of said sibling node is not the root node of the key tree. determining to revoke at least a first certificate among a plurality of certificates that are recorded in a key tree, wherein the plurality of certificates are related to an entity device, wherein the key tree is a binary tree key; wherein the plurality of certificates are correspondingly recorded into a plurality of leaf nodes of the key tree; wherein each node of the key tree has a key value; wherein each certificate includes the key value of its corresponding leaf node; wherein the key value of each left child node of the key tree is derived by inputting the key value of its parent node into a first one-way hash function; and wherein the key value of each right child node of the key tree is derived by inputting the key value of its parent node into a second one-way hash function; determining whether the sibling node of the leaf node which records said first certificate records a revoked certificate; if it is determined that the sibling node of the leaf node which records said first certificate records a revoked certificate, adding information about its parent node to a certificate revocation list; and transmitting the certificate revocation list to at least another entity device; wherein the information about its parent node includes the index of said parent node, the derived key of said parent node and the parent node hierarchy; and wherein the parent node of said sibling node is not the root node of the key tree.
A method for updating a background noise estimate of an audio signal, the method comprising: - obtaining at least one parameter associated with an input audio signal segment based on: - a first linear prediction gain calculated as a quotient between a residual signal energy from a first linear prediction and a residual signal energy from a second linear prediction for the audio signal segment, the second linear prediction being from a higher order than the first linear prediction; and - a second linear prediction gain calculated as a quotient between the residual signal energy from the second linear prediction and a residual signal energy from a third linear prediction for the audio signal segment, the third linear prediction being from a higher order than the second linear prediction; - determining whether the audio signal segment comprises a pause based at least on the at least one parameter; and: if the audio signal segment is determined to comprise a pause: - updating a background noise estimate based on the audio signal segment. - obtaining at least one parameter associated with an input audio signal segment based on: - a first linear prediction gain calculated as a quotient between a residual signal energy from a first linear prediction and a residual signal energy from a second linear prediction for the audio signal segment, the second linear prediction being from a higher order than the first linear prediction; and - a second linear prediction gain calculated as a quotient between the residual signal energy from the second linear prediction and a residual signal energy from a third linear prediction for the audio signal segment, the third linear prediction being from a higher order than the second linear prediction; - a first linear prediction gain calculated as a quotient between a residual signal energy from a first linear prediction and a residual signal energy from a second linear prediction for the audio signal segment, the second linear prediction being from a higher order than the first linear prediction; and - a second linear prediction gain calculated as a quotient between the residual signal energy from the second linear prediction and a residual signal energy from a third linear prediction for the audio signal segment, the third linear prediction being from a higher order than the second linear prediction; - determining whether the audio signal segment comprises a pause based at least on the at least one parameter; and: if the audio signal segment is determined to comprise a pause: - updating a background noise estimate based on the audio signal segment. - updating a background noise estimate based on the audio signal segment.
A flow rate control device (100, 200, 300, 400, 500) comprising: an inlet port in an inlet handle (110, 210, 410, 510); an outlet port in an outlet handle (130, 230, 330, 430, 530) and a channel in said outlet handle, wherein said inlet handle is rotatable relative to said outlet handle; a fluid path disposed between said inlet handle (110, 210, 410, 510) and said outlet handle (130, 230, 330, 430, 530); said flow rate control device (100,200,300,400,500) being configured for connection in a flow path between a non-electric infusion pump and a patient, and said inlet handle (110,210,410,510) and said outlet handle (130,230,330,430,530) being composed of materials that can withstand pressures of from 34.474kPa - 275.790kPa (5 PSI - 40 PSI); characterized by a seal (120,220,420,520) enclosed between said inlet handle (130,230, 330, 430, 530) and said outlet handle (130, 230, 330, 430, 530) said seal (120, 220, 420, 520) being rotatable with said inlet handle (110, 210, 410, 510) relative to said outlet handle (130, 230, 330, 430, 530), wherein said seal (120, 220, 420, 520) includes a plurality of differently sized orifices defining the fluid path for fluid flow through said inlet port, any of said plurality of differently sized orifices, said channel, and said outlet port; an inlet port in an inlet handle (110, 210, 410, 510); an outlet port in an outlet handle (130, 230, 330, 430, 530) and a channel in said outlet handle, wherein said inlet handle is rotatable relative to said outlet handle; a fluid path disposed between said inlet handle (110, 210, 410, 510) and said outlet handle (130, 230, 330, 430, 530); said flow rate control device (100,200,300,400,500) being configured for connection in a flow path between a non-electric infusion pump and a patient, and said inlet handle (110,210,410,510) and said outlet handle (130,230,330,430,530) being composed of materials that can withstand pressures of from 34.474kPa - 275.790kPa (5 PSI - 40 PSI); characterized by a seal (120,220,420,520) enclosed between said inlet handle (130,230, 330, 430, 530) and said outlet handle (130, 230, 330, 430, 530) said seal (120, 220, 420, 520) being rotatable with said inlet handle (110, 210, 410, 510) relative to said outlet handle (130, 230, 330, 430, 530), wherein said seal (120, 220, 420, 520) includes a plurality of differently sized orifices defining the fluid path for fluid flow through said inlet port, any of said plurality of differently sized orifices, said channel, and said outlet port;