mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument, comprising: a body (26; 126) having a drive shaft (28; 128) extending along a longitudinal axis and coupled to a pair of jaws that are moveable between an open and a closed position; a lever bearing secured around the drive shaft (28; 128) for movement therewith and having a stop (42, 44; 142, 144) extending therefrom; a first lever (18; 118) having a first upper end pivotally mounted within the body (26; 126) and a first lower end that extends out of the body (26; 126); a second lever (46; 146) having a second upper end interconnected to the first upper end of the first lever (18; 118) and extending to a second lower end, wherein the second lever (46; 146) engages the stop (42, 44; 142, 144) of the lever bearing; and a spring (66; 166) extending between an intermediation portion of the first lever (18; 118) and the second lower end of the second lever (46; 146). a body (26; 126) having a drive shaft (28; 128) extending along a longitudinal axis and coupled to a pair of jaws that are moveable between an open and a closed position; a lever bearing secured around the drive shaft (28; 128) for movement therewith and having a stop (42, 44; 142, 144) extending therefrom; a first lever (18; 118) having a first upper end pivotally mounted within the body (26; 126) and a first lower end that extends out of the body (26; 126); a second lever (46; 146) having a second upper end interconnected to the first upper end of the first lever (18; 118) and extending to a second lower end, wherein the second lever (46; 146) engages the stop (42, 44; 142, 144) of the lever bearing; and a spring (66; 166) extending between an intermediation portion of the first lever (18; 118) and the second lower end of the second lever (46; 146).
A method for assisting a driver of a vehicle during operation by providing the driver with a desired steering feel, wherein the vehicle comprises a steering arrangement comprising an input shaft connected to a manually operated steering device, an output shaft connected to at least one pair of ground engaging members and a mechanical interconnection connecting the output shaft and the input shaft, the method comprising the steps of - detecting a first steering angle for the output shaft, which first steering angle indicates the position of the ground engaging members; - detecting a second steering angle for the input shaft, which second steering angle indicates the position of the steering device; - comparing the first and second steering angles (A1, A2) and determining a current state of the steering arrangement; and - controlling a first actuator connected to the output shaft and a second actuator connected to the input shaft in response to the detected first and second steering angles (A1, A2), in order to achieve a desired state of the steering arrangement; characterized by the additional step: - applying a torque to the steering device proportional to the angular difference between the output shaft and the input shaft using a resilient portion in the mechanical interconnection, in order to provide the driver with a desired steering feel. - detecting a first steering angle for the output shaft, which first steering angle indicates the position of the ground engaging members; - detecting a second steering angle for the input shaft, which second steering angle indicates the position of the steering device; - comparing the first and second steering angles (A1, A2) and determining a current state of the steering arrangement; and - controlling a first actuator connected to the output shaft and a second actuator connected to the input shaft in response to the detected first and second steering angles (A1, A2), in order to achieve a desired state of the steering arrangement; - applying a torque to the steering device proportional to the angular difference between the output shaft and the input shaft using a resilient portion in the mechanical interconnection, in order to provide the driver with a desired steering feel.
A pharmaceutical composition comprising an inhibitor compound that selectively inhibits cyclin dependent kinase 4 and cyclin dependent kinase 6 for use in a method of mitigating chemotherapy-induced or radiotherapy-induced secondary malignancies in a subject being treated with chemotherapy or radiotherapy to treat a primary malignancy, wherein the compound that selectively inhibits CDK4 and CDK6 has an IC 50 for CDK4 or CDK6 that is at least 2, 3, 4, 5, 6, 7, 8,9 or 10 times lower than the compound's IC 50 s for CDK1 and CDK2, and wherein the compound is administered to the subject in a pharmaceutically effective amount to mitigate chemotherapy-induced or radiotherapy-induced secondary malignancies, wherein said secondary malignancies are of non-hematological origin.
A method of manufacturing a chewing gum, the method comprising: providing a gum mass; forming said gum mass into a gum structure having a desired shape using a forming station including a pair of forming rollers (32,34), wherein said forming includes using said forming rollers to compress said gum mass into said gum structure with said desired shape; and applying a packaging material to a surface of said gum structure downstream from said forming, wherein said packaging material is applicable to said surface of said gum structure before any intentional cooling of said gum structure. providing a gum mass; forming said gum mass into a gum structure having a desired shape using a forming station including a pair of forming rollers (32,34), wherein said forming includes using said forming rollers to compress said gum mass into said gum structure with said desired shape; and applying a packaging material to a surface of said gum structure downstream from said forming, wherein said packaging material is applicable to said surface of said gum structure before any intentional cooling of said gum structure.
A sport ball comprising: a casing including at least one panel having a central layer and a pair of cover layers (51, 53) located on opposite sides of the central layer, the panel defining opposing indentations (25, 26) in the cover layers, a majority of the central layer being formed from a polymer foam material with a first thickness, and wherein either (a) the central layer is absent in the areas of opposing indentations and the cover layers are secured to each other in the areas of the opposing indentations, or (b) a portion of the central layer located between the opposing indentations having a second thickness, the first thickness being greater than the second thickness; and a bladder located within the casing. a casing including at least one panel having a central layer and a pair of cover layers (51, 53) located on opposite sides of the central layer, the panel defining opposing indentations (25, 26) in the cover layers, a majority of the central layer being formed from a polymer foam material with a first thickness, and wherein either (a) the central layer is absent in the areas of opposing indentations and the cover layers are secured to each other in the areas of the opposing indentations, or (b) a portion of the central layer located between the opposing indentations having a second thickness, the first thickness being greater than the second thickness; and a bladder located within the casing.
A home appliance comprising: a cabinet having a chamber for receiving an object; a door for opening or closing the chamber by being rotated about a door rotating shaft, the door having a penetration hole formed in a front surface thereof; a handle provided on the front surface of the door for assisting a user in opening or closing the door; a handle link for rotating about a handle link rotating shaft provided inside the door, a length of the handle link, exposed to an outside of the door through the penetration hole, being variable as an opening angle of the door increases; and a link for converting rotation of the door into rotation of the handle link, characterized in that a length of the link is variable to allow the rotation of the door in a state in which the rotation of the handle link is restrained due to a foreign object being jammed between the handle link and a front surface of the door. a cabinet having a chamber for receiving an object; a door for opening or closing the chamber by being rotated about a door rotating shaft, the door having a penetration hole formed in a front surface thereof; a handle provided on the front surface of the door for assisting a user in opening or closing the door; a handle link for rotating about a handle link rotating shaft provided inside the door, a length of the handle link, exposed to an outside of the door through the penetration hole, being variable as an opening angle of the door increases; and a link for converting rotation of the door into rotation of the handle link, characterized in that a length of the link is variable to allow the rotation of the door in a state in which the rotation of the handle link is restrained due to a foreign object being jammed between the handle link and a front surface of the door.
A process for flip-chip assembly of a first component and a second component, each component including connection pads (11,21) on one of their faces, called their assembly faces, in which the components are added one to the other via their assembly faces so as to produce electrical interconnections between the pads of the first and those of the second component, the process including the following steps: a/ producing the first component with its connection pads, the first component being made of a material that is transparent to ultraviolet radiation in zones, called emission zones, each of said emission zones being defined around a pad, the pads of the first component being made of a material that absorbs or reflects UV radiation; b/ depositing copper oxide (CuO) on the first component at least on its connection pads and in the emission zones; c/ producing the second component with its connection pads, the connection pads of the second component being made of a material that reflects UV radiation, each of said pads being suitable for reflectively focusing ultraviolet radiation arriving from an emission zone onto one of the pads of the first component, and, depending on the circumstances, onto each metal protuberance formed on a pad of the second component; d/ forming interconnection metal protuberances on at least some of the pads of the second component; e/ aligning the first and second components and adding them one to the other via their assembly faces; and f/ applying UV radiation through the emission zones of the first component to the deposited copper oxide so as to carry out a UV anneal that converts the deposited copper oxide into copper and, depending on the circumstances, makes the interconnection protuberances melt. a/ producing the first component with its connection pads, the first component being made of a material that is transparent to ultraviolet radiation in zones, called emission zones, each of said emission zones being defined around a pad, the pads of the first component being made of a material that absorbs or reflects UV radiation; b/ depositing copper oxide (CuO) on the first component at least on its connection pads and in the emission zones; c/ producing the second component with its connection pads, the connection pads of the second component being made of a material that reflects UV radiation, each of said pads being suitable for reflectively focusing ultraviolet radiation arriving from an emission zone onto one of the pads of the first component, and, depending on the circumstances, onto each metal protuberance formed on a pad of the second component; d/ forming interconnection metal protuberances on at least some of the pads of the second component; e/ aligning the first and second components and adding them one to the other via their assembly faces; and f/ applying UV radiation through the emission zones of the first component to the deposited copper oxide so as to carry out a UV anneal that converts the deposited copper oxide into copper and, depending on the circumstances, makes the interconnection protuberances melt.
An apparatus comprising: a first switch connected to a first connection of a dynamic braking resistor and to a first power bus of a motor controller (106a-106n); a second switch connected to a second connection of the dynamic braking resistor and to a second power bus of the motor controller, the motor controller being adapted to provide power to and controlling a motor (108a-108n); a switch control module adapted to control the first and second switches to connect the dynamic braking resistor to the first and second power buses, the switch control module being further adapted to control the first and second switches in response to a signal from the motor controller; and detectors associated with the first and second switches and the dynamic braking resistor, said detectors comprising a first current sensor adapted to sense current through the first switch, a first voltage sense connection at the first connection to the dynamic braking resistor, a second current sensor adapted to sense current through the second switch, and a second voltage sense connection at the second connection to the dynamic braking resistor, wherein the switch control module further comprises a fault detection module adapted to signal a fault condition in response to detecting a fault condition associated with one or more of the dynamic braking resistor, the first switch, the second switch, and the detectors. a first switch connected to a first connection of a dynamic braking resistor and to a first power bus of a motor controller (106a-106n); a second switch connected to a second connection of the dynamic braking resistor and to a second power bus of the motor controller, the motor controller being adapted to provide power to and controlling a motor (108a-108n); a switch control module adapted to control the first and second switches to connect the dynamic braking resistor to the first and second power buses, the switch control module being further adapted to control the first and second switches in response to a signal from the motor controller; and detectors associated with the first and second switches and the dynamic braking resistor, said detectors comprising a first current sensor adapted to sense current through the first switch, a first voltage sense connection at the first connection to the dynamic braking resistor, a second current sensor adapted to sense current through the second switch, and a second voltage sense connection at the second connection to the dynamic braking resistor, wherein the switch control module further comprises a fault detection module adapted to signal a fault condition in response to detecting a fault condition associated with one or more of the dynamic braking resistor, the first switch, the second switch, and the detectors.
An aircraft comprising: a fuselage comprising a pressure deck, wherein at least a portion of the pressure deck is horizontal; a wing extending from the fuselage, wherein the wing comprises a leading edge and a trailing edge; a flap assembly on the trailing edge of the wing, wherein the flap assembly is configured to move between an extended position and a retracted position; and a flap support coupled to the flap assembly comprising a plurality of load-bearing connection points, characterized in that at least one of the load-bearing connection points is coupled to the pressure deck. a fuselage comprising a pressure deck, wherein at least a portion of the pressure deck is horizontal; a wing extending from the fuselage, wherein the wing comprises a leading edge and a trailing edge; a flap assembly on the trailing edge of the wing, wherein the flap assembly is configured to move between an extended position and a retracted position; and a flap support coupled to the flap assembly comprising a plurality of load-bearing connection points, characterized in that at least one of the load-bearing connection points is coupled to the pressure deck.
Locking device for a pivotably mounted leaf of a door or a window, having a lock which is mountable in or resting on the leaf, having a lock housing and having at least one locking element (222, 224) which can be operated by a lock mechanism, wherein the locking element (222, 224) can be operated by the locking mechanism between an advanced locked position and an unlocked position retracted into the lock housing, and having a drive bolt device comprising a drive bolt housing and at least one lock rod or drive bolt rod, wherein the drive bolt device is detachably connectable to the lock housing and has a connecting element which can be connected to the locking mechanism, characterised in that the drive bolt device has a lever gear which acts between the connecting element and lock rod, comprising two two-armed pivot levers (41, 42) directly coupled to each other, wherein the two-armed pivot levers (41, 42) each have a short lever arm (411, 421) and a long lever arm (412, 422), and both short lever arms (411, 422) are coupled to each other, and wherein the long lever arm of the first pivot lever supports the attachment element or is connected to it, and the long lever arm of the second pivot lever actuates the lock rod.
A method for wireless communications, the method comprising: transmitting, by a network controller to a user equipment, UE, a first set of reference signals; receiving, by the network controller, feedback information from the UE of a first subset of the first set of reference signals selected by the UE; transmitting, by the network controller to the UE, a second set of reference signals; and indicating, by the network controller to the UE, a first linkage between the first subset of the first set of reference signals and the second set of reference signals; wherein the first linkage comprises that same receive beams at the UE are used for the first subset of the first set of reference signals and the second set of reference signals. transmitting, by a network controller to a user equipment, UE, a first set of reference signals; receiving, by the network controller, feedback information from the UE of a first subset of the first set of reference signals selected by the UE; transmitting, by the network controller to the UE, a second set of reference signals; and indicating, by the network controller to the UE, a first linkage between the first subset of the first set of reference signals and the second set of reference signals; wherein the first linkage comprises that same receive beams at the UE are used for the first subset of the first set of reference signals and the second set of reference signals.
A method for deploying a reflector antenna system, comprising: transporting the reflector antenna system to a deployment location; at said deployment location, using an additive fabrication process to form at least one rigid structural element of a reflector antenna; supporting with the at least one rigid structural element an RF reflector material comprised of a flexible web; wherein the additive fabrication process is performed at a central hub, characterized in that there are a plurality of rigid structural elements; and that the securing of the RF reflector material to the plurality of rigid structural elements after the rigid structural elements are formed is via a plurality of offset elements (112, 114) coupled to the plurality of rigid structural elements, further characterized in that the plurality of offset elements (112, 114) are substantially transverse to an elongated length of the plurality of rigid structural elements, and that the plurality of rigid structural elements are radial elements. transporting the reflector antenna system to a deployment location; at said deployment location, using an additive fabrication process to form at least one rigid structural element of a reflector antenna; supporting with the at least one rigid structural element an RF reflector material comprised of a flexible web; wherein the additive fabrication process is performed at a central hub, characterized in that there are a plurality of rigid structural elements; and that the securing of the RF reflector material to the plurality of rigid structural elements after the rigid structural elements are formed is via a plurality of offset elements (112, 114) coupled to the plurality of rigid structural elements, further characterized in that the plurality of offset elements (112, 114) are substantially transverse to an elongated length of the plurality of rigid structural elements, and that the plurality of rigid structural elements are radial elements. using an additive fabrication process to form at least one rigid structural element of a reflector antenna; supporting with the at least one rigid structural element an RF reflector material comprised of a flexible web; wherein the additive fabrication process is performed at a central hub, characterized in that there are a plurality of rigid structural elements; and that the securing of the RF reflector material to the plurality of rigid structural elements after the rigid structural elements are formed is via a plurality of offset elements (112, 114) coupled to the plurality of rigid structural elements, further characterized in that the plurality of offset elements (112, 114) are substantially transverse to an elongated length of the plurality of rigid structural elements, and that the plurality of rigid structural elements are radial elements.
Welding device for electric resistance welding, with two electrode holders (10, 12) for two welding electrodes (14, 16) that can be provided with an electric welding current, wherein one of the two electrode holders can be moved via a linear drive in such a way that the welding electrodes (14, 16) can be brought together in a closing direction with the interposition of structural parts to be welded, characterised in that at least one of the two electrode holders (10, 12) can be provided via an electromagnet with a force acting in the electrode closing direction, wherein the electromagnet on the side of the other electrode holder opposite the electrode holder moveable via the linear drive is arranged between this and an abutment, and the linear drive is designed to be self-locking against movement when stationary or can be locked via an additional blocking device.