mhurhangee/ep-ind-claims huggingface dataset:
A method for collecting channel-state-Information, CSI, feedback in a wireless network that comprises a plurality of geographically separated transmission points, characterized in that the method comprises: Identifying a first set of CSI reference symbol, CSI-RS, resources corresponding to the union of CSI-RS resources used by a plurality of transmission points that share a cell identifier; configuring a mobile station to measure first CSI-RS on a first subset of the first set of CSI-RS resources, the first subset corresponding to CSI-RS resources used by a first subset of the transmission points, including at least a first one of the plurality of transmission points; configuring the remaining portion of the first set of CSI-RS resources as zero-power CSI-RS resources for the mobile station, so that none of the first set of CSI-RS resources are used for downlink data; and receiving first CSI feedback from the mobile station, based on measurements of the first CSI-RS; detecting that the mobile station has approached a second one of the transmission points, which second one of the transmission points is not included in the first subset of the transmission points; reconfiguring the mobile station to measure second CSI-RS on a second subset of the first set of CSI-RS resources, the second subset of CSI-RS resources corresponding to CSI-RS resources used by a second subset of the transmission points, the second subset of the transmission points Including the second one of the transmission points; receiving second CSI feedback from the mobile station, based on measurements of the second CSI-RS. Identifying a first set of CSI reference symbol, CSI-RS, resources corresponding to the union of CSI-RS resources used by a plurality of transmission points that share a cell identifier; configuring a mobile station to measure first CSI-RS on a first subset of the first set of CSI-RS resources, the first subset corresponding to CSI-RS resources used by a first subset of the transmission points, including at least a first one of the plurality of transmission points; configuring the remaining portion of the first set of CSI-RS resources as zero-power CSI-RS resources for the mobile station, so that none of the first set of CSI-RS resources are used for downlink data; and receiving first CSI feedback from the mobile station, based on measurements of the first CSI-RS; detecting that the mobile station has approached a second one of the transmission points, which second one of the transmission points is not included in the first subset of the transmission points; reconfiguring the mobile station to measure second CSI-RS on a second subset of the first set of CSI-RS resources, the second subset of CSI-RS resources corresponding to CSI-RS resources used by a second subset of the transmission points, the second subset of the transmission points Including the second one of the transmission points; receiving second CSI feedback from the mobile station, based on measurements of the second CSI-RS.
A pivot mechanism for a shield for a helmet, the pivot mechanism comprising a curved track having a first end and a second end; and a clamp slidingly engaged to the curved track, wherein the clamp is configured to attach to an end of the shield and slide along the track between a first position proximate to the first end of the curved track and a second position proximate to the second end of the curved track; characterized in that the clamp comprises: a passageway wherein at least a portion of the interior surface of the passageway slidingly engages at least a portion of the exterior surface of the curved track; and a recess configured to engage the end of the shield to attach the clamp thereto. a curved track having a first end and a second end; and a clamp slidingly engaged to the curved track, wherein the clamp is configured to attach to an end of the shield and slide along the track between a first position proximate to the first end of the curved track and a second position proximate to the second end of the curved track; characterized in that the clamp comprises: a passageway wherein at least a portion of the interior surface of the passageway slidingly engages at least a portion of the exterior surface of the curved track; and a recess configured to engage the end of the shield to attach the clamp thereto. a passageway wherein at least a portion of the interior surface of the passageway slidingly engages at least a portion of the exterior surface of the curved track; and a recess configured to engage the end of the shield to attach the clamp thereto.
A method comprising: providing a first version of an application to a first user, via an online application store; receiving a request for the application from a second user; automatically identifying the second user as being a test user by: accessing a user history; determining that the second user has modified a percentage amount of default user settings on a user device and determining that the second user is part of a secondary group of users based on the percentage amount of default user settings that were modified being greater than a threshold modification value; providing a second version of the application different than the first version to the second user, via the online application store, based on the request and on the step of automatically identifying the second user as being a test user. providing a first version of an application to a first user, via an online application store; receiving a request for the application from a second user; automatically identifying the second user as being a test user by: accessing a user history; determining that the second user has modified a percentage amount of default user settings on a user device and determining that the second user is part of a secondary group of users based on the percentage amount of default user settings that were modified being greater than a threshold modification value; accessing a user history; determining that the second user has modified a percentage amount of default user settings on a user device and determining that the second user is part of a secondary group of users based on the percentage amount of default user settings that were modified being greater than a threshold modification value; providing a second version of the application different than the first version to the second user, via the online application store, based on the request and on the step of automatically identifying the second user as being a test user.
An air supply/exhaust system for an air massager, comprising: an air pump; an air distribution valve unit (5, 5A) connected to the air pump; and a main valve unit including solenoid valve units (61, 62, 63, 64) connected to the air distribution valve unit (5, 5A), wherein the air distribution valve unit (5, 5A) includes: a first portion including a first free port connected to a supply port of the air pump, a first connection port connected to the main valve unit, a second connection port connected to an outside, and a first switching mechanism (51, 51A) configured to control opening and closing of the first connection port and opening and closing of the second connection port; and a second portion including a second free port connected to an inlet port of the air pump, a third connection port connected to the main valve unit, a fourth connection port connected to the outside, and a second switching mechanism (52, 52A) configured to control opening and closing of the third connection port and opening and closing of the fourth connection port, characterized in that the air distribution valve unit (5, 5A) and each of the solenoid valve units (61, 62, 63, 64) have the same configuration. an air pump; an air distribution valve unit (5, 5A) connected to the air pump; and a main valve unit including solenoid valve units (61, 62, 63, 64) connected to the air distribution valve unit (5, 5A), wherein the air distribution valve unit (5, 5A) includes: a first portion including a first free port connected to a supply port of the air pump, a first connection port connected to the main valve unit, a second connection port connected to an outside, and a first switching mechanism (51, 51A) configured to control opening and closing of the first connection port and opening and closing of the second connection port; and a second portion including a second free port connected to an inlet port of the air pump, a third connection port connected to the main valve unit, a fourth connection port connected to the outside, and a second switching mechanism (52, 52A) configured to control opening and closing of the third connection port and opening and closing of the fourth connection port, a first portion including a first free port connected to a supply port of the air pump, a first connection port connected to the main valve unit, a second connection port connected to an outside, and a first switching mechanism (51, 51A) configured to control opening and closing of the first connection port and opening and closing of the second connection port; and a second portion including a second free port connected to an inlet port of the air pump, a third connection port connected to the main valve unit, a fourth connection port connected to the outside, and a second switching mechanism (52, 52A) configured to control opening and closing of the third connection port and opening and closing of the fourth connection port, characterized in that
A connector system for a fluid container for pharmaceutical solutions, comprising an outer part, which is adapted to be inserted into a fluid conducting system such as a hose or a bag spout, and an inner part arranged in said outer part and materially separate therefrom, wherein the outer part has provided thereon a tamper-evident closure, which is connected thereto at a predetermined breaking point and which can be torn off by manual force, wherein the inner part further abuts, at least sectionwise, with an external side thereof on an internal side of the outer part, and wherein, in addition to the tamper-evident closure, a closure element attached to the inner part prevents a flow of fluid through the inner part, characterized in that the inner part and the outer part have provided thereon at least one fluid conducting element, such as a furrow, a flute, a depression or a groove, which extends over a certain length, wherein the fluid conducting element is dimensioned such that it has a capillary effect, so that a sterilizing agent, such as steam, can also be conducted between the inner part and the outer part and reaches an internal space inside the inner part, but the fluid conducting element being dimensioned such that dripping is prevented.
Method for cutting closures, comprising the steps of: - feeding a spindle which brings a closure to a cutting device with one or more horizontal blades and at least one vertical or oblique blade, the spindle being fed several times to the cutting device carrying a different closure each time, the spindle comprising a soft portion made of a softer material than the blades; and - rotating the spindle around a spindle axis to move the closure on the cutting device so that the blades (4; 5) penetrate into the closure and sink into said soft portion of the spindle; characterized in that a rotation of the spindle is coordinated with a feeding of the spindle so that the vertical or oblique blade, every time the spindle is fed to the cutting device, encounters always a same vertical or oblique area of said soft portion. - feeding a spindle which brings a closure to a cutting device with one or more horizontal blades and at least one vertical or oblique blade, the spindle being fed several times to the cutting device carrying a different closure each time, the spindle comprising a soft portion made of a softer material than the blades; and - rotating the spindle around a spindle axis to move the closure on the cutting device so that the blades (4; 5) penetrate into the closure and sink into said soft portion of the spindle;
A sieve apparatus comprising a housing having an inlet section with a feed inlet for material to be sifted and a discharge section including at least one outlet (82, 83), at least one substantially vertical side wall, a screen mesh having at least one side edge, means for vibrating the screen mesh, and a support structure (6, 7) formed as an integral part of the respective side wall including at least one support element along each side wall and adapted to support the screen mesh, where each support element is provided as a support profile having an inclined support surface for the side edge of the screen mesh and constituting a substantially V-shaped structure protruding into the housing, said support surface meeting a lower surface in an apex located at a distance from the side wall inside the housing, characterized in that each V-shaped support profile is formed as an integral part of the respective side wall and forms a substantially arc-shaped course along said side wall.
An isolated, synthetic or recombinant nucleic acid comprising (a) a nucleic acid sequence at least 70%, 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, 99%, or more, or 100% sequence identity to SEQ ID NO:297 and encoding a polypeptide having nitrilase activity, wherein the nucleic acid encodes at least one polypeptide having a nitrilase activity; or (b) a nucleic acid sequence completely complementary to (a). (a) a nucleic acid sequence at least 70%, 71%, 72%, 73%, 74%, 75%, 76%, 77%, 78%, 79%, 80%, 81%, 82%, 83%, 84%, 85%, 86%, 87%, 88%, 89%, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, 99%, or more, or 100% sequence identity to SEQ ID NO:297 and encoding a polypeptide having nitrilase activity, wherein the nucleic acid encodes at least one polypeptide having a nitrilase activity; or (b) a nucleic acid sequence completely complementary to (a).
A vehicle seat comprising: a seat body which includes a seat bottom and a seat back; left and right seat back side frames which constitute left and right frames of the seat back; and a support device which is disposed inside the seat body and with which an occupant's lumbar region support position is adjustable, wherein the support device includes: a plurality of pneumatic support cushions (31A, 31B, 31L, 31R) configured to be inflatable and deflatable to change the support position; a pump configured to supply gas to the pneumatic support cushions (31A, 31B, 31L, 31R); and a control unit including a valve unit configured to regulate an inflation quantity of the pneumatic support cushions (31A, 31B, 31L, 31R), characterised by the control unit being attached to at least one of the left and right seat back side frames, wherein the control unit is attached to an outer side of the at least one of the left and right seat back side frames, and the plurality of pneumatic support cushions (31A, 31B, 31L, 31R) is provided at an inner side of the at least one of the left and right seat back side frames to which the control unit is attached. a seat body which includes a seat bottom and a seat back; left and right seat back side frames which constitute left and right frames of the seat back; and a support device which is disposed inside the seat body and with which an occupant's lumbar region support position is adjustable, wherein the support device includes: a plurality of pneumatic support cushions (31A, 31B, 31L, 31R) configured to be inflatable and deflatable to change the support position; a pump configured to supply gas to the pneumatic support cushions (31A, 31B, 31L, 31R); and a control unit including a valve unit configured to regulate an inflation quantity of the pneumatic support cushions (31A, 31B, 31L, 31R), a plurality of pneumatic support cushions (31A, 31B, 31L, 31R) configured to be inflatable and deflatable to change the support position; a pump configured to supply gas to the pneumatic support cushions (31A, 31B, 31L, 31R); and a control unit including a valve unit configured to regulate an inflation quantity of the pneumatic support cushions (31A, 31B, 31L, 31R), characterised by the control unit being attached to at least one of the left and right seat back side frames, wherein the control unit is attached to an outer side of the at least one of the left and right seat back side frames, and the plurality of pneumatic support cushions (31A, 31B, 31L, 31R) is provided at an inner side of the at least one of the left and right seat back side frames to which the control unit is attached.
A user interface method comprising: causing a plurality of first objects (602, 605, 612, 613, 615) to be displayed, the plurality of first objects arranged sequentially in a first loop which is ordered according to a predetermined or user selected property common to all of the first objects, the first loop being fully or partially displayed; causing one or more second objects (608, 614) to be displayed, the one or more second objects arranged sequentially in a second loop, each second object associated with one or more of the first objects and each first object associated with at least one second object, wherein each second object provides an indication of the predetermined or user selected property of the one or more associated first objects, so as to enable first objects to be located on the display, and each second object arranged to follow motion of first objects; and, in response to an input, causing the first and second loops to co-rotate such that at least one of the first objects is displayed with decreased prominence, wherein the one or more second objects remain visible regardless of whether or not the one or more first objects associated with each second object remains displayed; wherein each second object indicates a group of one or more adjacent first objects having a first value or a first range of values of the predetermined or user selected property. causing a plurality of first objects (602, 605, 612, 613, 615) to be displayed, the plurality of first objects arranged sequentially in a first loop which is ordered according to a predetermined or user selected property common to all of the first objects, the first loop being fully or partially displayed; causing one or more second objects (608, 614) to be displayed, the one or more second objects arranged sequentially in a second loop, each second object associated with one or more of the first objects and each first object associated with at least one second object, wherein each second object provides an indication of the predetermined or user selected property of the one or more associated first objects, so as to enable first objects to be located on the display, and each second object arranged to follow motion of first objects; and, in response to an input, causing the first and second loops to co-rotate such that at least one of the first objects is displayed with decreased prominence, wherein the one or more second objects remain visible regardless of whether or not the one or more first objects associated with each second object remains displayed; wherein each second object indicates a group of one or more adjacent first objects having a first value or a first range of values of the predetermined or user selected property.
Ammunition supply system having at least one ammunition channel (10, 11) and a transporting device, characterized in that - the ammunition supply system is fitted around the entire circumference, or part of the circumference, of a turret, - the ammunition is fed to a weapon from the ammunition supply system encircling the turret, - the transporting device is an encircling endless chain, which is retained such that it can be moved in two axes, and - the chain is guided, in the form of an endless chain, around corresponding deflecting means, wherein one portion (12.1), viewed spatially, runs above a chain portion (12.2), which is routed back along the bottom. - the ammunition supply system is fitted around the entire circumference, or part of the circumference, of a turret, - the ammunition is fed to a weapon from the ammunition supply system encircling the turret, - the transporting device is an encircling endless chain, which is retained such that it can be moved in two axes, and - the chain is guided, in the form of an endless chain, around corresponding deflecting means, wherein one portion (12.1), viewed spatially, runs above a chain portion (12.2), which is routed back along the bottom.
A hearing prosthesis (100A, 100B, 100C), comprising: at least one sound input device configured to sense a sound signal; and a transducer configured to generate a vibration based on the sound signal; characterized by the sound input device being directly hard-coupled to the transducer to provide a defined mechanical feedback path, and a signal processor configured to filter mechanical feedback from vibration received by the sound input device via the defined mechanical feedback path. at least one sound input device configured to sense a sound signal; and a transducer configured to generate a vibration based on the sound signal; characterized by the sound input device being directly hard-coupled to the transducer to provide a defined mechanical feedback path, and a signal processor configured to filter mechanical feedback from vibration received by the sound input device via the defined mechanical feedback path.
A method for executing a movement between a hub and a pulley of an isolator, wherein the hub defines an axis, the pulley is rotatably mounted to the hub through an isolation spring and a transition spring connected together via a rotatable intermediate member, wherein the isolation spring has a first spring rate and the transition spring has a second spring rate, the method comprising: executing a relative movement in a first rotational direction between the hub and the pulley away from a home position throughout a first range, and executing a relative movement beyond the first range and between the hub and the pulley away from the home position throughout a second range, wherein during the relative movement throughout the first range the effective spring rate of the isolator is the series sum of the first and second spring rates, and wherein during the relative movement throughout the second range the effective spring rate of the isolator is the first spring rate; said method is characterized by executing a relative movement in a second, opposite, rotational direction between the hub and the pulley away from a home position throughout a third range, wherein during the relative movement throughout the third range the effective spring rate of the isolator is the first spring rate. executing a relative movement in a first rotational direction between the hub and the pulley away from a home position throughout a first range, and executing a relative movement beyond the first range and between the hub and the pulley away from the home position throughout a second range, wherein during the relative movement throughout the first range the effective spring rate of the isolator is the series sum of the first and second spring rates, and wherein during the relative movement throughout the second range the effective spring rate of the isolator is the first spring rate; said method is characterized by executing a relative movement in a second, opposite, rotational direction between the hub and the pulley away from a home position throughout a third range, wherein during the relative movement throughout the third range the effective spring rate of the isolator is the first spring rate.
A frozen confection comprising: • sugars in a total amount S, wherein S is less than 21 wt%; and • amino acid monomers and dipeptides selected from alanine, glycine, lysine, proline, serine, and glycine-glycine dipeptide in a total amount A, wherein A is at least 0.75 wt%. • sugars in a total amount S, wherein S is less than 21 wt%; and • amino acid monomers and dipeptides selected from alanine, glycine, lysine, proline, serine, and glycine-glycine dipeptide in a total amount A, wherein A is at least 0.75 wt%.