mhurhangee/patent-ind-claim-en huggingface dataset:
Aerial device control system comprising an aerial device and a control center for said aerial device , said aerial device comprising: - a main boom part mounted with a first end on a turret , the main boom part being inclinable around a horizontal axis in a first inclination movement (X1), rotatable around a vertical axis in a rotation movement (Y1), and extendable and retractable along its longitudinal extension direction in a first telescopic movement (L1), - an extension boom part mounted to a second end of the main boom part , and - a hinge mounting associating the extension boom part to the second end of the main boom part and being inclinable around a horizontal hinge axis with respect to the main boom part in a second inclination movement (X2), wherein the control center comprises a first control device and a second control device to be operated manually and independent from one another, the first control device being configured for controlling the first inclination movement (X1) and the rotation movement (Y1) of the main boom part , and the second control device comprising at least a first control lever for controlling the first telescopic movement (L1), the aerial device control system being characterized in that the extension boom part is extendable and retractable along its longitudinal extension in a second telescopic movement (L2), and in that said second control device further comprises: - control means for controlling the second telescopic movement (L2), - control means for controlling the second inclination movement (X2). - a main boom part mounted with a first end on a turret , the main boom part being inclinable around a horizontal axis in a first inclination movement (X1), rotatable around a vertical axis in a rotation movement (Y1), and extendable and retractable along its longitudinal extension direction in a first telescopic movement (L1), - an extension boom part mounted to a second end of the main boom part , and - a hinge mounting associating the extension boom part to the second end of the main boom part and being inclinable around a horizontal hinge axis with respect to the main boom part in a second inclination movement (X2), - control means for controlling the second telescopic movement (L2), - control means for controlling the second inclination movement (X2).
Auxiliary apparatus for positioning an in-cure label on a mould face of a vulcanization mould for a pneumatic vehicle tyre, characterized in that it is an applicator with a grip element and a support , running at an obtuse angle (a) with respect to the former, for the in-cure label , holding elements being fastened to a side, running at the obtuse angle (a) with respect to the support, of the grip element in such a way that the in-cure label can be clamped in between the holding elements and the support in a releasable way.
A method for producing paraffin from waste plastic feedstock and kerosene and/or another source(s) of hydrocarbons comprising the steps of: providing a first feed stream comprising kerosene and/or another source(s) of hydrocarbons; pre-fractionating the first feed stream to produce a first heart cut paraffin stream comprising paraffins in a heart cut range, wherein the first heart cut paraffin stream comprises C9-C19 hydrocarbons; combining the first heart cut paraffin stream with a second feed stream comprising waste plastic feedstock to form a combined stream; hydrotreating the combined stream; and fractionating the hydrotreated stream to remove paraffins that are heavier and/or lighter than the heart cut range to form a second heart cut paraffin stream. providing a first feed stream comprising kerosene and/or another source(s) of hydrocarbons; pre-fractionating the first feed stream to produce a first heart cut paraffin stream comprising paraffins in a heart cut range, wherein the first heart cut paraffin stream comprises C9-C19 hydrocarbons; combining the first heart cut paraffin stream with a second feed stream comprising waste plastic feedstock to form a combined stream; hydrotreating the combined stream; and fractionating the hydrotreated stream to remove paraffins that are heavier and/or lighter than the heart cut range to form a second heart cut paraffin stream.
Rear suspension system for a rear wheel of a vehicle , in particular an automotive vehicle, wherein the suspension system comprises a plurality of lower links , characterized in that : a chassis-side hard point of at least one rear lower link , in particular a rear lower leading link , among the plurality of lower links is located rearwards from a center axis (A) of the rear wheel by a greater distance than a distance between a chassis-side hard point of any other lower link , in particular including at least one front lower link, among the plurality of lower links and the center axis (A) of the rear wheel.
Spindle nut unit for driving a high-lift system of an aircraft, in particular an aeroplane, wherein the spindle nut unit comprises a spindle nut and a spindle as well as two cardanic suspensions , wherein the spindle nut unit can be coupled to connections of the aircraft via the two cardanic suspensions , characterised in that the two cardanic suspensions have a common midpoint and in that the first cardanic suspension is designed for torque transmission to the spindle nut or the spindle and the second cardanic suspension is designed for force transmission to the spindle nut .
A secondary battery comprising: a battery element comprising a positive electrode, a negative electrode, a separator, and an electrolytic solution; and a casing sealing the battery element, wherein the electrolytic solution comprises a gel component and an organic solvent having a boiling point of 125°C or less; and the separator comprises a fiber assembly or a microporous structure composed of one or more resins selected from aramid, polyimide, and polyphenylenesulfide, and has an average void size of 0.1 μm or more, determined according to the description, and characterized in that the gel component is provided by a gelling agent including an acrylic acid ester polymer or methacrylic acid ester polymer having a crosslinkable functional group. a battery element comprising a positive electrode, a negative electrode, a separator, and an electrolytic solution; and a casing sealing the battery element, wherein the electrolytic solution comprises a gel component and an organic solvent having a boiling point of 125°C or less; and the separator comprises a fiber assembly or a microporous structure composed of one or more resins selected from aramid, polyimide, and polyphenylenesulfide, and has an average void size of 0.1 μm or more, determined according to the description, and characterized in that the gel component is provided by a gelling agent including an acrylic acid ester polymer or methacrylic acid ester polymer having a crosslinkable functional group.
A blade housing for a rotary knife, wherein the housing is operable to support an annular blade for rotation about a central axis (A rot ), said blade housing comprising: a circumferential mounting surface configured to contact a frame of a rotary knife, a blade-supporting race defined along a circle centered on the central axis, characterized in that said mounting surface of the housing is shaped so as to extend along a circular arc with a center point (C mount ) spaced from the central axis (A rot ), such that the blade-supporting race and mounting surface are eccentric relative to one another. a circumferential mounting surface configured to contact a frame of a rotary knife, a blade-supporting race defined along a circle centered on the central axis, characterized in that said mounting surface of the housing is shaped so as to extend along a circular arc with a center point (C mount ) spaced from the central axis (A rot ), such that the blade-supporting race and mounting surface are eccentric relative to one another.
Method for coating the balloon of a balloon catheter, wherein the surface of the balloon is at least partially wetted with a first solution containing a polysaccharide, wherein the part of the surface of the balloon wetted with the first solution is wetted with at least one second solution containing an active agent characterized in that before the surface of the balloon is at least partially wetted with a first solution containing a polysaccharide the surface of the balloon is at least partially wetted with a primary solution containing an active agent.
A method for minimizing interference in a converged LMR/LTE communications device that operates in a land mobile radio (LMR) communication system and a long term evolution (LTE) communication system , the method comprising: determining a first LMR received signal strength indicator (RSSI) at the converged LMR/LTE communications device ; determining a first LTE Reference Symbol Receive Power (RSRP) at the converged LMR/LTE communications device ; characterized in that it further comprises: determining whether an intersection of the first LMR RSSI and the first LTE RSRP falls within a non-interference range or an interference range on a predetermined graph , the predetermined graph based upon an LMR frequency band and an LTE frequency band that the converged LMR/LTE communications device is currently utilizing; and decreasing bit rate for LTE transmissions for the converged LMR/LTE communications device when the intersection of the first LMR RSSI and the first LTE RSRP is within the interference range . determining a first LMR received signal strength indicator (RSSI) at the converged LMR/LTE communications device ; determining a first LTE Reference Symbol Receive Power (RSRP) at the converged LMR/LTE communications device ; characterized in that it further comprises: determining whether an intersection of the first LMR RSSI and the first LTE RSRP falls within a non-interference range or an interference range on a predetermined graph , the predetermined graph based upon an LMR frequency band and an LTE frequency band that the converged LMR/LTE communications device is currently utilizing; and decreasing bit rate for LTE transmissions for the converged LMR/LTE communications device when the intersection of the first LMR RSSI and the first LTE RSRP is within the interference range . determining whether an intersection of the first LMR RSSI and the first LTE RSRP falls within a non-interference range or an interference range on a predetermined graph , the predetermined graph based upon an LMR frequency band and an LTE frequency band that the converged LMR/LTE communications device is currently utilizing; and decreasing bit rate for LTE transmissions for the converged LMR/LTE communications device when the intersection of the first LMR RSSI and the first LTE RSRP is within the interference range .
Turbine throughflow meter comprising a housing which has a casing surface , has at least one inflow opening and has at least one outflow opening , and a body which is situated in the housing and which comprises at least one fastening part which holds a rotor , wherein the rotor is displaceable and rotatable with or on an axis , and wherein the rotor has a continuous signal transducer strip and a signal transducer strip with an alternating pattern, characterized in that at least one first sensor and one second sensor are affixed to the casing surface of the housing , wherein the rotor is situated in a working position when the first sensor is situated at the height of the continuous signal transducer strip and the second sensor is situated at the height of the signal transducer strip with the alternating pattern.
An antibody or antibody fragment specific for human IL-17C wherein said antibody or antibody fragment bivalently binds to an IL-17C homodimer and forms a complex consisting of said antibody or antibody fragment and one IL-17C homodimer, and wherein the antibody or antibody fragment binds to the region PVLRPEEVL (SEQ ID NO.: 27) on IL-17C, and wherein said antibody or antibody fragment blocks the binding of IL-17C to IL17RE.
A method for the energy-saving operation of a security element of a system-on-a-chip device , in which the following steps are carried out: a) receiving an energy-saving command by the security element ; b) transferring at least one current program configuration of the security element from a volatile memory of the security element to a memory external to the security element depending on the energy-saving command ; c) adjusting an energy supply of at least the volatile memory of the security element ; and d) energy-saving operation of the security element after the transfer, characterized in that the current program configuration is transferred to a module of the system-on-a-chip device which is configured separately from the security element and comprises the memory external to the security element, wherein the security element is configured to associate and authenticate a mobile device to a network, wherein the module comprising the memory external to the security element is an energy and communication manager module. a) receiving an energy-saving command by the security element ; b) transferring at least one current program configuration of the security element from a volatile memory of the security element to a memory external to the security element depending on the energy-saving command ; c) adjusting an energy supply of at least the volatile memory of the security element ; and d) energy-saving operation of the security element after the transfer, the current program configuration is transferred to a module of the system-on-a-chip device which is configured separately from the security element and comprises the memory external to the security element, wherein the security element is configured to associate and authenticate a mobile device to a network, wherein the module comprising the memory external to the security element is an energy and communication manager module.
A method for determining activity-based application recommendations performed by a content management system that comprises at least one processor and at least one memory, the method comprising: maintaining a plurality of shared content objects at a content management system , the shared content objects being accessible by multiple users using a plurality of applications , wherein a shared content object is a computer readable data item that is stored at the content management system ; recording interaction events , an interaction event representing performance of an action on a particular shared content object of the plurality of shared content objects by a user of the multiple users using an application of the plurality of applications ; and analyzing, when another user of the multiple users accesses the particular shared content object of the shared content objects, the interaction events to determine a recommended application of the plurality of applications used to interact with the particular shared content object, wherein the recommended application is determined based at least in part on an application activity graph , the application activity graph being constructed from at least a portion of the interaction events . maintaining a plurality of shared content objects at a content management system , the shared content objects being accessible by multiple users using a plurality of applications , wherein a shared content object is a computer readable data item that is stored at the content management system ; recording interaction events , an interaction event representing performance of an action on a particular shared content object of the plurality of shared content objects by a user of the multiple users using an application of the plurality of applications ; and analyzing, when another user of the multiple users accesses the particular shared content object of the shared content objects, the interaction events to determine a recommended application of the plurality of applications used to interact with the particular shared content object, wherein the recommended application is determined based at least in part on an application activity graph , the application activity graph being constructed from at least a portion of the interaction events .
A cargo support device comprising: an inner tube ; an outer tube enclosing the inner tube , the inner tube being capable of partially stretching out from the outer tube ; a long toothed rack ; a handle hinged on the outer tube ; a ratchet at an end of the handle , which meshes with teeth on the long toothed rack ; and a locator capable of locking the handle when the ratchet meshes with the teeth ; characterized in that the cargo support device further comprises a strip-shaped groove in the inner tube in an axial direction; and wherein the long toothed rack is embedded into the groove and is limited by the side faces of the groove; wherein the long toothed rack is formed by the combination of a half rack I and a half rack II aligned side by side; the half rack I and half rack II being embedded in the groove on the inner tube and fixed in the groove by pins inserted through holes located between the half rack I and half rack II . an inner tube ; an outer tube enclosing the inner tube , the inner tube being capable of partially stretching out from the outer tube ; a long toothed rack ; a handle hinged on the outer tube ; a ratchet at an end of the handle , which meshes with teeth on the long toothed rack ; and a locator capable of locking the handle when the ratchet meshes with the teeth ; characterized in that the cargo support device further comprises a strip-shaped groove in the inner tube in an axial direction; and wherein the long toothed rack is embedded into the groove and is limited by the side faces of the groove; wherein the long toothed rack is formed by the combination of a half rack I and a half rack II aligned side by side; the half rack I and half rack II being embedded in the groove on the inner tube and fixed in the groove by pins inserted through holes located between the half rack I and half rack II .
A method of washing fabric articles in a continuous batch tunnel washer , comprising the steps of: a) providing a continuous batch tunnel washer having an interior, an intake , a discharge , a plurality of modules (14-21), and a volume of liquid; b) moving the fabric articles from the intake to the modules (14-21) and then to the discharge in sequence, wherein multiple of the modules (14-21) define a dual use zone having modules that function as both wash and rinse modules; c) adding a washing chemical to the volume of liquid in the dual use zone; d) after a selected time period, counter flowing a rinsing liquid in the dual use zone along a flow path that is generally opposite the direction of travel of the fabric articles in step "b" by using a first volume of water that is reuse water that was extracted from fabric articles followed by a second volume of water that is clean water; e) extracting water from the fabric articles after step "d" into an extracted water tank with an extractor that is downstream of the modules (14-21); f) discharging the extracted water of step "e" from the extracted water tank into a flow line by way of a pump , and transmitting the extracted water through the flow line to a reuse water tank ; wherein the first volume of water in step "d" is pumped directly from the reuse water tank , and wherein the second volume of water in step "d" is pumped directly from a fresh water tank that is a different tank to the reuse water tank . a) providing a continuous batch tunnel washer having an interior, an intake , a discharge , a plurality of modules (14-21), and a volume of liquid; b) moving the fabric articles from the intake to the modules (14-21) and then to the discharge in sequence, wherein multiple of the modules (14-21) define a dual use zone having modules that function as both wash and rinse modules; c) adding a washing chemical to the volume of liquid in the dual use zone; d) after a selected time period, counter flowing a rinsing liquid in the dual use zone along a flow path that is generally opposite the direction of travel of the fabric articles in step "b" by using a first volume of water that is reuse water that was extracted from fabric articles followed by a second volume of water that is clean water; e) extracting water from the fabric articles after step "d" into an extracted water tank with an extractor that is downstream of the modules (14-21); f) discharging the extracted water of step "e" from the extracted water tank into a flow line by way of a pump , and transmitting the extracted water through the flow line to a reuse water tank ;
A fluid flow sensing system (300; 500; 602; 606; 700) comprising: a housing having a chamber that is sized and dimensioned to allow fluid to pass therethrough; a flap provided within said chamber, wherein the fluid causes said flap to move when the fluid passes thereover; a piezoresistive sensor coupled to said flap for generating output signals when said flap moves, said piezoresistive sensor being sensitive to frequencies from 35Hz to substantially 1000Hz, said piezoresistive sensor comprising: a first piezoresistive circuit configured to sense spirometry data via displacement of said movable flap , said displacement of said movable flap being representative of a flow rate associated with the fluid; and a second piezoresistive circuit , substantially orthogonal to the first piezoresistive circuit , configured to sense high frequency sounds causing vibration of said movable flap , said vibration of said movable flap being representative of a sound associated with the fluid; and a determining unit for receiving said output signals of said piezoresistive sensor and in response thereto, determining flow rate data associated with the fluid and determining sound data associated with the fluid. a housing having a chamber that is sized and dimensioned to allow fluid to pass therethrough; a flap provided within said chamber, wherein the fluid causes said flap to move when the fluid passes thereover; a piezoresistive sensor coupled to said flap for generating output signals when said flap moves, said piezoresistive sensor being sensitive to frequencies from 35Hz to substantially 1000Hz, said piezoresistive sensor comprising: a first piezoresistive circuit configured to sense spirometry data via displacement of said movable flap , said displacement of said movable flap being representative of a flow rate associated with the fluid; and a second piezoresistive circuit , substantially orthogonal to the first piezoresistive circuit , configured to sense high frequency sounds causing vibration of said movable flap , said vibration of said movable a first piezoresistive circuit configured to sense spirometry data via displacement of said movable flap , said displacement of said movable flap being representative of a flow rate associated with the fluid; and a second piezoresistive circuit , substantially orthogonal to the first piezoresistive circuit , configured to sense high frequency sounds causing vibration of said movable flap , said vibration of said movable flap being representative of a sound associated with the fluid; and a determining unit for receiving said output signals of said piezoresistive sensor and in response thereto, determining flow rate data associated with the fluid and determining sound data associated with the fluid.