mhurhangee/patent-ind-claim-en huggingface dataset:
A lower structure of a vehicle in which a rear wheel serves as a drive wheel, the vehicle comprising: a gearbox disposed with at least a portion thereof present in a floor tunnel , the portion being present on a vehicle rear side; a propeller shaft that extends from the gearbox toward the vehicle rear side, the propeller shaft transmitting power to the rear wheel ; and left and right battery units disposed on a vehicle lower side of left and right floor panels , the left and right floor panels being disposed on a vehicle left side and a vehicle right side of the floor tunnel , wherein the propeller shaft has a first shaft portion and a second shaft portion that are arranged in sequence from a vehicle front side, the first shaft portion being connected to the gearbox , the second shaft portion being connected to the first shaft portion via a joint portion , each of the left and right battery units has an inner side surface portion that extends along an inner wall portion of the floor tunnel and faces an inner side in a vehicle width direction, the lower structure of the vehicle being characterized in that a planar protector that covers a portion of the inner side surface portion is mounted to each of the left and right battery units , the portion being located on the vehicle rear side of the joint portion . a gearbox disposed with at least a portion thereof present in a floor tunnel , the portion being present on a vehicle rear side; a propeller shaft that extends from the gearbox toward the vehicle rear side, the propeller shaft transmitting power to the rear wheel ; and left and right battery units disposed on a vehicle lower side of left and right floor panels , the left and right floor panels being disposed on a vehicle left side and a vehicle right side of the floor tunnel , wherein the propeller shaft has a first shaft portion and a second shaft portion that are arranged in sequence from a vehicle front side, the first shaft portion being connected to the gearbox , the second shaft portion being connected to the first shaft portion via a joint portion , each of the left and right battery units has an inner side surface portion that extends along an inner wall portion of the floor tunnel and faces an inner side in a vehicle width direction, the lower structure of the vehicle being characterized in that a planar protector that covers a portion of the inner side surface portion is mounted to each of the left and right battery units , the portion being located on the vehicle rear side of the joint portion .
Superstructure especially for goods vehicles with a thermally insulated load space, which has wall elements and armour , characterised in that the wall elements are constructed from negative profiles and/or positive profiles and a filling part , the negative profiles and/or the positive profiles form a frame that encompasses a filling part , the wall elements have a front panel ( a ) and a back panel ( b ), and tongues located on the positive profiles of the individual wall elements connect into grooves located on the negative profiles of the neighbouring wall elements.
A method of a User Equipment, in the following also referred to as UE, comprising: receiving a configuration of a first time alignment timer indicating a first length in a RRCConnectionRelease message, wherein the first time alignment timer is used to control validity of a first Timing Adjustment, in the following also referred to as TA, for a transmission using Preconfigured Uplink Resources, in the following also referred to as PUR, in RRC_IDLE state ; starting or restarting the first time alignment timer by applying the first length during a state transition from RRC_CONNECTED state to the RRC_IDLE state ; and performing a Media Access Control, in the following also referred to as MAC, reset in response to reception of the RRCConnectionRelease message, wherein the UE does not stop the first time alignment timer when performing the MAC reset. receiving a configuration of a first time alignment timer indicating a first length in a RRCConnectionRelease message, wherein the first time alignment timer is used to control validity of a first Timing Adjustment, in the following also referred to as TA, for a transmission using Preconfigured Uplink Resources, in the following also referred to as PUR, in RRC_IDLE state ; starting or restarting the first time alignment timer by applying the first length during a state transition from RRC_CONNECTED state to the RRC_IDLE state ; and performing a Media Access Control, in the following also referred to as MAC, reset in response to reception of the RRCConnectionRelease message, wherein the UE does not stop the first time alignment timer when performing the MAC reset.
An apparatus for stabilizing a cannula to a vascular structure, the apparatus comprising: (i) a ring circumferentially surrounding the cannula ; (ii) three or more struts extending distally from the ring , the three or more struts positioned around the ring , each of the three or more struts being outwardly deflected at a first angle (β) relative to a first axis that is parallel to a lengthwise axis of the cannula, and each having a contact pad extending radially therefrom, each of the contact pads being distally deflected at a second angle (α) relative to a second axis that is orthogonal to the first axis in a rest position; and (iii) three or more arms extending proximally from the ring and inwardly deflected by a third angle (γ) relative to the first axis , wherein each of the three or more arms directly opposes one of the three or more struts ; wherein upon application of force to the contact pads when engaging a wall of the vascular structure, the contact pads are deflected from the rest position to a position that generally decreases the second angle, and the force is transferred in a manner that generally increases the first angle and generally increases the third angle, wherein the increase in the third angle causes the arms to engage the cannula. (i) a ring circumferentially surrounding the cannula ; (ii) three or more struts extending distally from the ring , the three or more struts positioned around the ring , each of the three or more struts being outwardly deflected at a first angle (β) relative to a first axis that is parallel to a lengthwise axis of the cannula, and each having a contact pad extending radially therefrom, each of the contact pads being distally deflected at a second angle (α) relative to a second axis that is orthogonal to the first axis in a rest position; and (iii) three or more arms extending proximally from the ring and inwardly deflected by a third angle (γ) relative to the first axis , wherein each of the three or more arms directly opposes one of the three or more struts ; wherein upon application of force to the contact pads when engaging a wall of the vascular structure, the contact pads are deflected from the rest position to a position that generally decreases the second angle, and the force is transferred in a manner that generally increases the first angle and generally increases the third angle, wherein the increase in the third angle causes the arms to engage the cannula.
A monitoring system comprising: a sensor array for collecting acoustic sensor array data relating to an apparatus or a product manufactured using the apparatus ; a data propagator for propagating the acoustic sensor array data relating to a set of acoustic measurements at a set of sensor positions towards a set of propagated positions to obtain propagated data relating to the set of propagated positions; and characterized in that : a control signal generator for generating a control signal and for at least partly controlling an operation of the apparatus using the control signal, the control signal being based on the propagated data, wherein - the control signal generator comprises a data analyzer for analyzing the propagated data in a spatial frequency domain, - the data analyzer comprises a spatial frequency selector for separating at least one spatial frequency component of the sensor array data in the spatial frequency domain, - the control signal is based on information provided by the spatial frequency component. a sensor array for collecting acoustic sensor array data relating to an apparatus or a product manufactured using the apparatus ; a data propagator for propagating the acoustic sensor array data relating to a set of acoustic measurements at a set of sensor positions towards a set of propagated positions to obtain propagated data relating to the set of propagated positions; and characterized in that : a control signal generator for generating a control signal and for at least partly controlling an operation of the apparatus using the control signal, the control signal being based on the propagated data, wherein - the control signal generator comprises a data analyzer for analyzing the propagated data in a spatial frequency domain, - the data analyzer comprises a spatial frequency selector for separating at least one spatial frequency component of the sensor array data in the spatial frequency domain, - the control signal is based on information provided by the spatial frequency component. - the control signal generator comprises a data analyzer for analyzing the propagated data in a spatial frequency domain, - the data analyzer comprises a spatial frequency selector for separating at least one spatial frequency component of the sensor array data in the spatial frequency domain, - the control signal is based on information provided by the spatial frequency component.
A semiconductor package structure, comprising: a substrate ; a semiconductor die disposed over the substrate ; an underfill layer between the semiconductor die and the substrate ; and a frame disposed over the substrate , wherein the frame is adjacent to the semiconductor die , and an upper surface of the frame is lower than an upper surface of the semiconductor die ; comprising a buffer layer disposed over the substrate , wherein the buffer layer is located between the frame and the semiconductor die ; further comprising a heat sink disposed over the semiconductor die, wherein the heat sink is in contact with at least one of the semiconductor die , and the buffer layer and is separate from the frame . a substrate ; a semiconductor die disposed over the substrate ; an underfill layer between the semiconductor die and the substrate ; and a frame disposed over the substrate , wherein the frame is adjacent to the semiconductor die , and an upper surface of the frame is lower than an upper surface of the semiconductor die ; comprising a buffer layer disposed over the substrate , wherein the buffer layer is located between the frame and the semiconductor die ; further comprising a heat sink disposed over the semiconductor die, wherein the heat sink is in contact with at least one of the semiconductor die , and the buffer layer and is separate from the frame .
An aqueous suspension agrochemical composition comprising fenpyrazamine and an acid component, wherein the composition has a pH at 25°C in the range of 2.5 to 6.5.
A method carried out by an evolved base station for configuring discontinuous reception of a user equipment, UE, the method comprising: • receiving a message carrying discontinuous reception, DRX, feature information of the UE (S11); • setting a DRX parameter of the UE according to a service data packet size included in the DRX feature information of the UE (S12); • sending the DRX parameter of the UE to the UE (S13). • receiving a message carrying discontinuous reception, DRX, feature information of the UE (S11); • setting a DRX parameter of the UE according to a service data packet size included in the DRX feature information of the UE (S12); • sending the DRX parameter of the UE to the UE (S13).
A testing method for accelerating silicone drainage rate for a siliconized syringe, comprising: (a) placing a syringe including a film of silicone in a predefined orientation into a centrifuge holder of a centrifuge system , the syringe including a needle end and an opposite, flange end , the predefined orientation of said syringe including the flange end being disposed farther away from a center rotation axis (RA) of the centrifuge system than the needle end or the needle end being disposed farther away from said center rotation axis of the centrifuge system than the flange end; (b) activating a centrifugation of the centrifugation holder of the centrifuge system with the syringe at a predetermined G-rate and for a predetermined period of a time (tfc); (c) ending the centrifugation of the centrifugation holder with the syringe after the period time has elapsed; and (d) assessing one or more injection functionality parameters of the syringe after the elapsed period of time. (a) placing a syringe including a film of silicone in a predefined orientation into a centrifuge holder of a centrifuge system , the syringe including a needle end and an opposite, flange end , the predefined orientation of said syringe including the flange end being disposed farther away from a center rotation axis (RA) of the centrifuge system than the needle end or the needle end being disposed farther away from said center rotation axis of the centrifuge system than the flange end; (b) activating a centrifugation of the centrifugation holder of the centrifuge system with the syringe at a predetermined G-rate and for a predetermined period of a time (tfc); (c) ending the centrifugation of the centrifugation holder with the syringe after the period time has elapsed; and (d) assessing one or more injection functionality parameters of the syringe after the elapsed period of time.
A device for elevating an occupant's head in a bed comprising: a first baseplate configured to be supported by a portion of the bed, wherein the first baseplate has a free end and a pivoting end , a first inflatable air bladder supported on the first baseplate , a first moveable top plate positioned over the first inflatable bladder, the first moveable top plate having a free end and a pivoting end , the pivoting end of the first moveable top plate pivotally connected to the pivoting end of the first baseplate , an air source in fluid communication with the first inflatable air bladder and operable to selectively inflate the first inflatable air bladder to move the first moveable top plate relative to the first baseplate , and a collapsible siderail pivotally secured to the first moveable top plate , characterised in that the device comprises: a second inflatable air bladder configured to support a portion of a mattress of the bed and in fluid communication with the air source , wherein the second inflatable air bladder is configured to be tethered to the first inflatable air bladder for at least indicating correct positioning based on the occupant's height. a first baseplate configured to be supported by a portion of the bed, wherein the first baseplate has a free end and a pivoting end , a first inflatable air bladder supported on the first baseplate , a first moveable top plate positioned over the first inflatable bladder, the first moveable top plate having a free end and a pivoting end , the pivoting end of the first moveable top plate pivotally connected to the pivoting end of the first baseplate , an air source in fluid communication with the first inflatable air bladder and operable to selectively inflate the first inflatable air bladder to move the first moveable top plate relative to the first baseplate , and a collapsible siderail pivotally secured to the first moveable top plate , characterised in that the device comprises: a second inflatable air bladder configured to support a portion of a mattress of the bed and in fluid communication with the air source , wherein the second inflatable air bladder is configured to be tethered to the first inflatable air bladder for at least indicating correct positioning based on the occupant's height.
A device for performing a surgical procedure, comprising: an elongated cannula extending between a proximal end and a distal end , and including an outer surface and an inner surface , the inner surface defining a passageway ; a stylet configured for moveable disposal within the passageway of the elongated cannula , and the stylet includes a blunt distal tip configured for disposal outside the distal end of the elongated cannula and to prevent damage to adjacent tissue; an expandable cage including a proximal end and a distal end , wherein the proximal end of the expandable cage is disposed with the distal end of the elongated cannula and the distal end of the expandable cage is connected to the distal end of the stylet ; at least one electrode disposed with the expandable cage ; and a balloon , characterized in that the stylet is configured to expand and collapse the expandable cage , and that the balloon can be inserted through the cannula to be disposed within the expandable cage . an elongated cannula extending between a proximal end and a distal end , and including an outer surface and an inner surface , the inner surface defining a passageway ; a stylet configured for moveable disposal within the passageway of the elongated cannula , and the stylet includes a blunt distal tip configured for disposal outside the distal end of the elongated cannula and to prevent damage to adjacent tissue; an expandable cage including a proximal end and a distal end , wherein the proximal end of the expandable cage is disposed with the distal end of the elongated cannula and the distal end of the expandable cage is connected to the distal end of the stylet ; at least one electrode disposed with the expandable cage ; and a balloon , characterized in that the stylet is configured to expand and collapse the expandable cage , and that the balloon can be inserted through the cannula to be disposed within the expandable cage .
A melt-processable thermoplastic polyurethane-urea elastomer composition comprising the reaction product of: a polyol component; a polyisocyanate component; and a chain extender component, said chain extender component comprising hindered aromatic diamine wherein the composition is made in a one-shot reaction process without using solvent in a continuous reactive extrusion wherein the composition comprises less than 20 mol% urea, based on the total number of moles of reactants. a polyol component; a polyisocyanate component; and a chain extender component, said chain extender component comprising hindered aromatic diamine
An angle sensing device , comprising: a rear cover provided with an upper fitting face ; a bracket provided with a lower fitting face , said lower and upper fitting faces being arranged to face each other and spaced apart from each other by a pre-set spacing (H); and a sensor mounting plate for mounting an angle sensor ; wherein said sensor mounting plate is provided between said upper and lower fitting faces , and said pre-set spacing (H) is greater than a thickness (d) of said sensor mounting plate , such that said sensor mounting plate is movable between said upper fitting face and said lower fitting face . a rear cover provided with an upper fitting face ; a bracket provided with a lower fitting face , said lower and upper fitting faces being arranged to face each other and spaced apart from each other by a pre-set spacing (H); and a sensor mounting plate for mounting an angle sensor ; wherein said sensor mounting plate is provided between said upper and lower fitting faces , and said pre-set spacing (H) is greater than a thickness (d) of said sensor mounting plate , such that said sensor mounting plate is movable between said upper fitting face and said lower fitting face .
A method comprising: receiving , by a computing device , touch input from an input tool via a touch surface , the input tool comprising at least one of a stylus, pen or another input item; identifying a hand of a user that is holding the input tool; determining, by the computing device, a graphical element comprising a plurality of selectable icons that is currently being displayed via the touch display based on information about an application that is running on the computing device; establishing , by the computing device, an inactive region in the touch surface based on a location of the graphical element and the hand of the user that is identified as holding the input tool, the inactive region surrounding a location of the touch input from the input tool, the establishing including defining the inactive region around at least a portion of the graphical element; and suppressing touch input from the user that is received in the inactive region. receiving , by a computing device , touch input from an input tool via a touch surface , the input tool comprising at least one of a stylus, pen or another input item; identifying a hand of a user that is holding the input tool; determining, by the computing device, a graphical element comprising a plurality of selectable icons that is currently being displayed via the touch display based on information about an application that is running on the computing device; establishing , by the computing device, an inactive region in the touch surface based on a location of the graphical element and the hand of the user that is identified as holding the input tool, the inactive region surrounding a location of the touch input from the input tool, the establishing including defining the inactive region around at least a portion of the graphical element; and suppressing touch input from the user that is received in the inactive region.
A method implemented by a navigation device mounted in a vehicle for generating an augmented view of a location of interest for a user, the method comprising: detecting an eye gaze direction of the user; determining the location of interest at which the user is looking based on the eye gaze direction , wherein an obstruction blocks the user's view of the location of interest ; selecting a camera being placed at an image capture location, the camera being selected based on the location of interest ; selecting an image capture direction based on the image capture location of the camera; receiving an unobstructed image of the location of interest associated with the image capture location of the camera and the image capture direction; processing the image based on a line of sight associated with a location of the user to generate a processed image comprising an unobstructed, augmented view of the location of interest for the user; and displaying the processed image to the user. detecting an eye gaze direction of the user; determining the location of interest at which the user is looking based on the eye gaze direction , wherein an obstruction blocks the user's view of the location of interest ; selecting a camera being placed at an image capture location, the camera being selected based on the location of interest ; selecting an image capture direction based on the image capture location of the camera; receiving an unobstructed image of the location of interest associated with the image capture location of the camera and the image capture direction; processing the image based on a line of sight associated with a location of the user to generate a processed image comprising an unobstructed, augmented view of the location of interest for the user; and displaying the processed image to the user. selecting a camera being placed at an image capture location, the camera being selected based on the location of interest ; selecting an image capture direction based on the image capture location of the camera; receiving an unobstructed image of the location of interest associated with the image capture location of the camera and the image capture direction; processing the image based on a line of sight associated with a location of the user to generate a processed image comprising an unobstructed, augmented view of the location of interest for the user; and displaying the processed image to the user.