mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for immobilising a first shaft of a gas turbine engine in relation to a second shaft of the gas turbine engine , the tool comprising: a cylindrical body having a first end and a second end opposite the first end; the cylindrical body having an inner surface with one or more interior protrusions formed therein for engaging with the first shaft, and an outer surface having one or more exterior protrusions formed thereon for engaging with the second shaft; the tool being configured to immobilise the first shaft in relation to the second shaft such that at least part of the tool is insertable within and held fixed relative to a first section of the second shaft via the exterior protrusions , and a first section of the first shaft can be inserted within and held fixed relative to the interior of the cylindrical body via the interior protrusions . a cylindrical body having a first end and a second end opposite the first end; the cylindrical body having an inner surface with one or more interior protrusions formed therein for engaging with the first shaft, and an outer surface having one or more exterior protrusions formed thereon for engaging with the second shaft; the tool being configured to immobilise the first shaft in relation to the second shaft such that at least part of the tool is insertable within and held fixed relative to a first section of the second shaft via the exterior protrusions , and a first section of the first shaft can be inserted within and held fixed relative to the interior of the cylindrical body via the interior protrusions .
A stick handling apparatus for handling ice cream sticks , said apparatus comprising a magazine arranged to hold ice cream sticks , a conveyor band arranged to retrieve ice cream sticks from the magazine , a stacker unit arranged to retrieve ice cream sticks from the conveyor band and to stack the ice cream sticks one after the other, a stick placing unit arranged to receive the ice cream sticks from the stacker unit for positioning the ice cream sticks inside a piece of ice cream mass , characterized by a printer unit configured to print information on the ice cream sticks while the ice cream sticks are conveyed by the conveyor band , and a sensor arranged to detect a speed (S) by which the ice cream sticks are conveyed by the conveyor band , wherein the printer unit is configured to use said speed (S) as input when printing information on the ice cream sticks . a magazine arranged to hold ice cream sticks , a conveyor band arranged to retrieve ice cream sticks from the magazine , a stacker unit arranged to retrieve ice cream sticks from the conveyor band and to stack the ice cream sticks one after the other, a stick placing unit arranged to receive the ice cream sticks from the stacker unit for positioning the ice cream sticks inside a piece of ice cream mass , characterized by a printer unit configured to print information on the ice cream sticks while the ice cream sticks are conveyed by the conveyor band , and a sensor arranged to detect a speed (S) by which the ice cream sticks are conveyed by the conveyor band , wherein the printer unit is configured to use said speed (S) as input when printing information on the ice cream sticks .
A method of producing an absorbent article comprising an absorber , a liquid pervious top sheet comprising non-woven fabric covering the front side of the absorber , and a second sheet bonded to the back face of the top sheet , wherein, a large number of extruded protrusions embossed from the back side to the front side of the top sheet is arrayed at intervals in the width direction and the front-back direction respectively, and a large number of top-second bonded portions arrayed in an intermittent bonding pattern in the width direction and the front-back direction is provided through pressure welding of the top sheet and the second sheet at areas between the extruded protrusions aligned in the width direction and the front-back direction, the method comprising: assembling of the top sheet and the second sheet , the assembling comprising: transferring the non-woven fabric to be the top sheet by being drawn from downstream of a production line while forming the extruded protrusions in the non-woven fabric through embossing; after that, aligning a material of the second sheet with the back face of the non-woven fabric having the extruded protrusions ; and bonding the non-woven fabric and the material of the second sheet into a bonding pattern such that in regions between the extruded protrusions adjacent each other in the MD, rows of a plurality of top-second bonded portions disposed at intervals in the CD are provided through the center positions of the regions in the CD, while areas between the top-second bonded portions in the CD comprise compressed portions in each of which the non-woven fabric is more highly compressed than the areas at both sides of the compressed portions in the MD without welding of the non-woven fabric and the material of the second sheet . transferring the non-woven fabric to be the top sheet by being drawn from downstream of a production line while forming the extruded protrusions in the non-woven fabric through embossing; after that, aligning a material of the second sheet with the back face of the non-woven fabric having the extruded protrusions ; and bonding the non-woven fabric and the material of the second sheet into a bonding pattern such that in regions between the extruded protrusions adjacent each other in the MD, rows of a plurality of top-second bonded portions disposed at intervals in the CD are provided through the center positions of the regions in the CD, while areas between the top-second bonded portions in the CD comprise compressed portions in each of which the non-woven fabric is more highly compressed than the areas at both sides of the compressed portions in the MD without welding of the non-woven fabric and the material of the second sheet .
An automated liquid immunoassay device comprising: a straw arm capable of fixing a washing tip to a lower part and having a hollow penetrating vertically upward and downward inside; a magnetic beam positioned in a hollow of the straw arm and capable of moving vertically upward and downward; a movable body to which the straw arm is fixed; a movable body drive unit for moving the movable body; a driving motor for moving the magnetic beam; and a control unit for controlling the movable body drive unit; and a punch arm having a punch tip at a lower part thereof, and fixed to the movable body; wherein length between the movable body and the lower part of the punch arm is longer than length between the movable body and the lower part of the straw arm. a straw arm capable of fixing a washing tip to a lower part and having a hollow penetrating vertically upward and downward inside; a magnetic beam positioned in a hollow of the straw arm and capable of moving vertically upward and downward; a movable body to which the straw arm is fixed; a movable body drive unit for moving the movable body; a driving motor for moving the magnetic beam; and a control unit for controlling the movable body drive unit; and a punch arm having a punch tip at a lower part thereof, and fixed to the movable body; wherein length between the movable body and the lower part of the punch arm is longer than length between the movable body and the lower part of the straw arm.
A concrete slab load transfer apparatus comprising: a plurality of load transfer dowels each having a top surface and a bottom surface; and a basket supporting the load transfer dowels , characterised in that the concrete slab load transfer apparatus also comprises a plurality of welds including a plurality of breakable welds temporarily connecting the bottom surfaces of the load transfer dowels to the basket . a plurality of load transfer dowels each having a top surface and a bottom surface; and a basket supporting the load transfer dowels , characterised in that the concrete slab load transfer apparatus also comprises a plurality of welds including a plurality of breakable welds temporarily connecting the bottom surfaces of the load transfer dowels to the basket .
A hybrid patch antenna assembly comprising: an antenna element board comprising first and second layers separated by a dielectric ; the first layer comprising an active antenna element and the second layer comprising an antenna ground; and a radio board coupled to the antenna element board by a plurality of ladder line legs of a ladder line and separated from the antenna element board by a predetermined distance such that the antenna element board is suspended above the radio board ; wherein a first leg of the plurality of the ladder line legs is an active feed and is configured to electrically connect to the first layer ; and wherein a second leg of the plurality of ladder line legs is configured to electrically connect the radio board with the second layer . an antenna element board comprising first and second layers separated by a dielectric ; the first layer comprising an active antenna element and the second layer comprising an antenna ground; and a radio board coupled to the antenna element board by a plurality of ladder line legs of a ladder line and separated from the antenna element board by a predetermined distance such that the antenna element board is suspended above the radio board ; wherein a first leg of the plurality of the ladder line legs is an active feed and is configured to electrically connect to the first layer ; and wherein a second leg of the plurality of ladder line legs is configured to electrically connect the radio board with the second layer .
A cutting element, in particular for abrasive cut material, comprising a substrate with at least one cutting wedge , which is formed by two wedge surfaces , which intersect along a wedge edge , wherein a cutting layer , starting at a cutting edge , which, when new, lies on the wedge edge , extends over a first wedge surface , the wear resistance of which cutting layer is greater than the wear resistance of the substrate , wherein the cutting layer , due to leading wear of the substrate , has, in the area of the second wedge surface , a blade-shaped protrusion , which projects beyond the wedge edge and has a self-resharpening cutting edge , characterised in that the cutting layer , which lies predominantly below the first wedge surface , is formed by means of melt-metallurgical modification of the peripheral zone of the substrate by in-situ precipitation of finely dispersed inherent hard phases from the partially melted peripheral zone of the substrate .
Method of detecting movements of a sample with respect to an objective , - wherein the sample is imaged onto an image sensor by means of the objective , - wherein images of the sample are recorded by the image sensor in that light coming from the sample is registered at image points of the image sensor , - wherein a subset of not more than 90 % of the image points of the image sensor is selected, and - wherein parts of the images that each correspond to the subset of the image point of the image sensor are compared to parts of at least one reference image that also correspond to the subset of the image points of the image sensor , characterized in - that variations of intensities of the light coming from the sample and registered at the individual image points of the image sensor during a set-up period are determined in that a temporal course of the intensity of the light registered at the respective image point of the image sensor over the set-up period is analyzed, and - that the variations are used as a criterion in selecting the subset of the image points of the image sensor . - wherein the sample is imaged onto an image sensor by means of the objective , - wherein images of the sample are recorded by the image sensor in that light coming from the sample is registered at image points of the image sensor , - wherein a subset of not more than 90 % of the image points of the image sensor is selected, and - wherein parts of the images that each correspond to the subset of the image point of the image sensor are compared to parts of at least one reference image that also correspond to the subset of the image points of the image sensor , - that variations of intensities of the light coming from the sample and registered at the individual image points of the image sensor during a set-up period are determined in that a temporal course of the intensity of the light registered at the respective image point of the image sensor over the set-up period is analyzed, and - that the variations are used as a criterion in selecting the subset of the image points of the image sensor .
A drive system comprising: a first transmission; a flexible driving member ; and a disengagement assembly comprising a latching lever , wherein the latching lever is configured to switch the first transmission between a disengaged mode and an engaged mode, and wherein the latching lever is configured to move between a disengaged position corresponding to the disengaged mode and an engaged position corresponding to the engaged mode; and a remote actuator operably coupled to the flexible driving member , characterized in that responsive to actuation of the remote actuator, the flexible driving member engages a) the latching lever to move the latching lever to the engaged position to thereby place the first transmission in the engaged mode; and b) the first transmission to provide drive power from a drive shaft to a first set of wheels . a first transmission; a flexible driving member ; and a disengagement assembly comprising a latching lever , wherein the latching lever is configured to switch the first transmission between a disengaged mode and an engaged mode, and wherein the latching lever is configured to move between a disengaged position corresponding to the disengaged mode and an engaged position corresponding to the engaged mode; and a remote actuator operably coupled to the flexible driving member , characterized in that responsive to actuation of the remote actuator, the flexible driving member engages a) the latching lever to move the latching lever to the engaged position to thereby place the first transmission in the engaged mode; and b) the first transmission to provide drive power from a drive shaft to a first set of wheels .
A method at a user equipment, the method comprising: sending, from the user equipment to a network element, a set of characteristics and a range of values for each of the set of characteristics for user plane traffic between the user equipment and the network element; transmitting user plane traffic to the network element; when at least one characteristic of the user plane traffic falls outside of the range of values, receiving a network action and performing at least one of: receiving a secure message from the network element containing information associated with a characteristic violation based on the at least one characteristic of the user plane traffic falling outside of the range of values; performing a connection re-establishment by having a procedure performed on the user equipment that promotes the user equipment to perform a new network registration procedure, and further by performing the new network registration procedure from the user equipment; triggering an authentication procedure at the user equipment; and turning on at least one of encryption or integrity protection; wherein the sending is performed during the new network registration procedure between the user equipment and the network element. sending, from the user equipment to a network element, a set of characteristics and a range of values for each of the set of characteristics for user plane traffic between the user equipment and the network element; transmitting user plane traffic to the network element; when at least one characteristic of the user plane traffic falls outside of the range of values, receiving a network action and performing at least one of: receiving a secure message from the network element containing information associated with a characteristic violation based on the at least one characteristic of the user plane traffic falling outside of the range of values; performing a connection re-establishment by having a procedure performed on the user equipment that promotes the user equipment to perform a new network registration procedure, and further by performing the new network registration procedure from the user equipment; triggering an authentication procedure at the user equipment; and turning on at least one of encryption or integrity protection; wherein the sending is performed during the new network registration procedure between the user equipment and the network element. receiving a secure message from the network element containing information associated with a characteristic violation based on the at least one characteristic of the user plane traffic falling outside of the range of values; performing a connection re-establishment by having a procedure performed on the user equipment that promotes the user equipment to perform a new network registration procedure, and further by performing the new network registration procedure from the user equipment; triggering an authentication procedure at the user equipment; and turning on at least one of encryption or integrity protection; wherein the sending is performed during the new network registration procedure between the user equipment and the network element.
A method, comprising: determining, by a primary base station , to add a cell of a secondary base station for a user equipment UE ; sending, by the primary base station, a first message to the UE, wherein the first message is used to instruct the UE to establish signal radio bearer, SRB, with the secondary base station; wherein the first message is further used to instruct the UE to add the cell and the first message comprises: configuration information of the cell and an identifier or index of the secondary base station to which the cell belongs. determining, by a primary base station , to add a cell of a secondary base station for a user equipment UE ; sending, by the primary base station, a first message to the UE, wherein the first message is used to instruct the UE to establish signal radio bearer, SRB, with the secondary base station; wherein the first message is further used to instruct the UE to add the cell and the first message comprises: configuration information of the cell and an identifier or index of the secondary base station to which the cell belongs.
A rail extension , comprising an energy absorber comprising a polymer body, wherein the energy absorber comprises cells formed by cell walls extending a length of the energy absorber and forming cavities therethrough; characterized by open channels formed on each side of and along the energy absorber , wherein the channels are defined by walls of adjacent cells , forming open, 3 sided channels ; and vehicle attachment tabs extending from one end of the energy absorber and configured to attach to a vehicle rail , and an attachment tab extending from another end of the energy absorber and configured to attach to a bumper beam . cells formed by cell walls extending a length of the energy absorber and forming cavities therethrough; characterized by open channels formed on each side of and along the energy absorber , wherein the channels are defined by walls of adjacent cells , forming open, 3 sided channels ; and vehicle attachment tabs extending from one end of the energy absorber and configured to attach to a vehicle rail , and an attachment tab extending from another end of the energy absorber and configured to attach to a bumper beam .
A method for controlling the operation of a burner, the burner including a control board associated with a first control unit and a first memory capable of storing first values ( v PF 1, j ,..,v PFi,j ,..,v PFM,j ) of operating parameters ( P F 1 ,..,P Fi ,..,P FM ) of the burner, and a display device for displaying one or more items of data relating to the functioning of the burner, the display device including a second memory capable of storing second values ( v' PF 1 ,j ,..,v' PFi,j ,..,v' PFM,j ) of operating parameters ( P F 1 ,..,P Fi ,..,P FM ) of the burner, each first and second value ( v PFi,j ,v' PFi,j ), of the operating parameters ( P F 1 ,..,P Fi ,..,P FM ) being capable of being changed over time, the method comprising the stages of: • setting for each operating parameter ( P Fi ) at least one first value ( v PFi,j ) in the first memory , and setting for each operating parameter ( P Fi ) at least one second value ( v' PFi,j ) in the second memory ; • comparing, for each operating parameter ( P Fi ), a corresponding first value ( v PFi,j ) and second value ( v' PFi,j ); • if the first value ( v PFi,j ) and the second value ( v' PFi,j ) are different, changing one of the first or second values ( v PFi,j ), ( v' PFi,j ) so that the first and second values ( v PFi,j ), ( v' PFi,j ) are the same; wherein the operating parameters ( P F 1 ,..,P Fi ,..,P FM ) comprise set parameters ( P R 1 ,..,P RT ) and user parameters ( P U 1 ,..,P UL ) and characterised in that the stage of setting at least a first value ( v PFi,j ) and/or second value ( v' PFi,j ) of at least one of the operating parameters ( P F 1 ,..,P Fi ,..,P FM ) is performed through the display device and comprises setting at least a first value and/or a second value of at least one of the user parameters ( P U 1 ,..,P UL ). • setting for each operating parameter ( P Fi ) at least one first value ( v PFi,j ) in the first memory , and setting for each operating parameter ( P Fi ) at least one second value ( v' PFi,j ) in the second memory ; • comparing, for each operating parameter ( P Fi ), a corresponding first value ( v PFi,j ) and second value ( v' PFi,j ); • if the first value ( v PFi,j ) and the second value ( v' PFi,j ) are different, changing one of the first or second values ( v PFi,j ), ( v' PFi,j ) so that the first and second values ( v PFi,j ), ( v' PFi,j ) are the same;
Transport apparatus for transporting loads to storage places, in particular in a high-bay warehouse, comprising a crane trolley, a load picking means suspended on the crane trolley and mechanical damping means for damping swinging motions of the load picking means while the crane trolley is not moving, wherein the damping means comprise at least one first part arranged on the load picking means and at least one stationary fixed second part arranged at the storage place which cooperate with one another for damping swinging motions and preferably bear on one another when the load picking means is not moving, the first part is an installation part which in a working position is positioned against a stationary fixed stop formed at the storage place, which stop forms the second part, characterised in that the installation part is connected by a holding part to a base body of the load picking means and is movable relative to the base body between a position of rest and the working position, the installation part can be pivoted relative to the base body of the load picking means about a vertical pivot axis , the holding part is a pivot lever to which a pivot drive is allocated, at least two installation parts spaced apart from one another in swinging direction are provided, to which a stop of a stop arrangement is assigned respectively and the installation parts while pivoting into the working position clamp the stops of the stop arrangement in the manner of grippers.