mhurhangee/ep-ind-claims huggingface dataset:
- A device for mounting a dump bucket on a rolling frame, comprising a sub-frame for resting the dump bucket in a lowered position, on which are mounted: - at least one joint of the dump bucket between each one of the lowered position and a raised position, and - means for raising and lowering the dump bucket, and - means (53, 54, 92) for attaching the sub-frame to the frame, the sub-frame comprising at least one first front member of sub-frame serving to the resting of a front part of the dump bucket in the lowered position, first means for attaching the first front member of sub-frame to the frame being provided, characterized in that the sub-frame is constituted by said first front member of sub-frame and a second rear member of sub-frame serving to support a rear part of the dump bucket in the lowered position and at least one axis of the joint, the first front member of sub-frame being at a distance from the second rear member of sub-frame, second means for attaching the second rear member of sub-frame to the frame, independent from the first attaching means, being provided, the means (7,71,72) for raising and lowering the dump bucket being supported on the first front member of sub-frame. - at least one joint of the dump bucket between each one of the lowered position and a raised position, and - means for raising and lowering the dump bucket, and - means (53, 54, 92) for attaching the sub-frame to the frame,
A method of enhancing continuous packet connectivity for a user equipment in a wireless communications system comprising: configuring a first High Speed-Physical Downlink Shared Channel, named "HS-PDSCH" in the following, code of the user equipment according to a variable "HS-PDSCH Code Index" of an information element "High Speed-Shared Control Channel, named "HS-SCCH" in the following, Less information", wherein the first HS-PDSCH code is used to perform transport block reception; after that activating an HS-SCCH less operation; if a Boolean variable of the information element "HS-SCCH Less information" utilized for indicating whether a second HS-PDSCH code is simultaneously used to perform transport block reception together with the first HS-PDSCH code is true, configuring the second HS-PDSCH code of the user equipment according to the Boolean variable, among which the Boolean variable is indicated by one bit, characterized in that the second HS-PDSCH code is an adjacent channel code of the first HS-PDSCH code. configuring a first High Speed-Physical Downlink Shared Channel, named "HS-PDSCH" in the following, code of the user equipment according to a variable "HS-PDSCH Code Index" of an information element "High Speed-Shared Control Channel, named "HS-SCCH" in the following, Less information", wherein the first HS-PDSCH code is used to perform transport block reception; after that activating an HS-SCCH less operation; if a Boolean variable of the information element "HS-SCCH Less information" utilized for indicating whether a second HS-PDSCH code is simultaneously used to perform transport block reception together with the first HS-PDSCH code is true, configuring the second HS-PDSCH code of the user equipment according to the Boolean variable, among which the Boolean variable is indicated by one bit, characterized in that the second HS-PDSCH code is an adjacent channel code of the first HS-PDSCH code.
Part comprising polyetherketoneketone, in which the polyetherketoneketone is at least partially crystalline and in which at least 50% by weight of the crystalline polyetherketoneketone is of form 1, as determined according to the protocol described in the description.
A shock-resisting device, comprising: an outer shell; an inner gimbal movable relative to the outer shell; and an actuatable snubber movable between a retracted position and an engaged position to limit movement of the outer shell and the inner gimbal relative to one another, wherein the actuatable snubber includes a retainer configured to maintain the actuatable snubber in the retracted position, wherein the actuatable snubber is configured to move from the retracted position to the engaged position in response to loss of power to the retainer, characterised in that the actuatable snubber includes a dog (230, 430) coupled to the retainer that is movable in response to loss of power to the retainer to engage a corresponding recess in one of the outer shell or the inner gimbal, thereby resisting relative movement between the outer shell and the inner gimbal, and wherein a recess cavity of the recess has a diametrical cross-section sized larger than a diametrical cross-section of the dog receivable therein, and wherein an edge of the recess is radially inwardly-beveled to direct the dog into the cavity of the recess located radially inwardly of the edge. an outer shell; an inner gimbal movable relative to the outer shell; and an actuatable snubber movable between a retracted position and an engaged position to limit movement of the outer shell and the inner gimbal relative to one another, wherein the actuatable snubber includes a retainer configured to maintain the actuatable snubber in the retracted position, wherein the actuatable snubber is configured to move from the retracted position to the engaged position in response to loss of power to the retainer, characterised in that the actuatable snubber includes a dog (230, 430) coupled to the retainer that is movable in response to loss of power to the retainer to engage a corresponding recess in one of the outer shell or the inner gimbal, thereby resisting relative movement between the outer shell and the inner gimbal, and wherein a recess cavity of the recess has a diametrical cross-section sized larger than a diametrical cross-section of the dog receivable therein, and wherein an edge of the recess is radially inwardly-beveled to direct the dog into the cavity of the recess located radially inwardly of the edge.
A vaso-occlusive device delivery assembly, comprising: a pusher assembly having a proximal end, a distal end, and a pusher lumen extending therebetween; a vaso-occlusive device; and a tubular member mechanically connecting the pusher assembly to the vaso-occlusive device, the tubular member having a proximal end, a distal end, a tube lumen extending therebetween, and a detach zone, wherein a heat generating member is disposed in the tube lumen, such that, when activated, the heat generating member generates heat that melts or otherwise thermally degrades the tubular member at the detach zone, thereby detaching the vaso-occlusive device from the pusher assembly, characterized in that the proximal end of the tubular member extends into the pusher assembly lumen at the distal end of the pusher assembly, and in that the device further comprising proximal and distal seals (230, 228) attached to the respective proximal and distal ends (240, 242) of the tubular member, and forming respective seals therewith, such that the tube lumen is sealed.. a pusher assembly having a proximal end, a distal end, and a pusher lumen extending therebetween; a vaso-occlusive device; and a tubular member mechanically connecting the pusher assembly to the vaso-occlusive device, the tubular member having a proximal end, a distal end, a tube lumen extending therebetween, and a detach zone,
A profiled belt comprising: a belt body; a profile that is provided on a back surface of the belt body; and a fixation member that detachably fixes the profile to the belt body, wherein: the belt body includes a protrusion on the back surface; the profile includes a recess portion to which the protrusion is fitted; the fixation member fixes the profile to the belt body in a state where the protrusion has been fitted to the recess portion; and the fixation member is removably inserted to the profile and the protrusion; wherein the protrusion is provided on the back surface by integral molding; wherein the fixation member includes an extension portion that extends in a parallel direction parallel to the back surface and that penetrates the profile and the protrusion; wherein the fixation member comprises a plurality of the extension portions, and a connection portion that connects one ends of the plurality of the extension portions in the parallel direction; wherein the fixation member further comprises an expansion portion that is provided in an end portion of the extension portion in the parallel direction, the end portion being not connected to another element, and the expansion portion having a size in a perpendicular direction perpendicular to the parallel direction being larger at least in a part to be connected to the end portion than a size of the end portion in the perpendicular direction. the belt body includes a protrusion on the back surface; the profile includes a recess portion to which the protrusion is fitted; the fixation member fixes the profile to the belt body in a state where the protrusion has been fitted to the recess portion; and the fixation member is removably inserted to the profile and the protrusion; wherein the protrusion is provided on the back surface by integral molding; wherein the fixation member includes an extension portion that extends in a parallel direction parallel to the back surface and that penetrates the profile and the protrusion; wherein the fixation member comprises a plurality of the extension portions, and a connection portion that connects one ends of the plurality of the extension portions in the parallel direction; wherein the fixation member further comprises an expansion portion that is provided in an end portion of the extension portion in the parallel direction, the end portion being not connected to another element, and the expansion portion having a size in a perpendicular direction perpendicular to the parallel direction being larger at least in a part to be connected to the end portion than a size of the end portion in the perpendicular direction.
Suspension for an agricultural machine, having a frame and a spreader boom which is connected to the frame by means of at least one boom axle pointing in a direction of travel, characterized in that the boom axle is pivotably connected to the frame and is pivotable by means of a first actuating drive, and/or the spreader boom and the frame are articulatedly coupled or articulatedly couplable by means of at least one pendulum plate, wherein the spreader boom is pivotable by means of a second actuating drive.
An underactuated mechanism, which allows the actuation of a distal degree of freedom of the human shoulder joint and the transfer of the reaction moments and force generated by the actuation system on the frame solidal to the torso, through a hyper-redundant kinematic mechanism, composed of: a. a first non-actuated rotoidal joint connected to the human torso, which rotates about the axis X, b. a connection mechanism connected to the first rotoidal joint, c. a second rotoidal joint which (i) rotates about the axis Y arranged according to the degree of flexion-extension of the shoulder joint, which is coplanar with the axis X, (ii) is remotely actuated by a direct drive actuation system with co-located motor, (iii) is fixed to the connection mechanism on one side and to the human arm on the other side, with the connection mechanism comprising: at least three or more members (210, 220, 231), two of which (210, 220) being rigidly fastened to one of the rotoidal joints (100, 300), respectively, all with parallel joints, referred to as minimum joints A and B, arranged so as to connect one member with the next one to form a rotation constraint about the axis of said parallel joints; wherein the co-located motor is integrated in the second rotoidal joint. a. a first non-actuated rotoidal joint connected to the human torso, which rotates about the axis X, b. a connection mechanism connected to the first rotoidal joint, c. a second rotoidal joint which (i) rotates about the axis Y arranged according to the degree of flexion-extension of the shoulder joint, which is coplanar with the axis X, (ii) is remotely actuated by a direct drive actuation system with co-located motor, (iii) is fixed to the connection mechanism on one side and to the human arm on the other side, with the connection mechanism comprising: at least three or more members (210, 220, 231), two of which (210, 220) being rigidly fastened to one of the rotoidal joints (100, 300), respectively, all with parallel joints, referred to as minimum joints A and B, arranged so as to connect one member with the next one to form a rotation constraint about the axis of said parallel joints;
Security device having an armoured housing for positioning on a trailer coupling of a vehicle trailer, wherein the armoured housing has a lever cap for covering the closing handle, once moved into the closed position, of the trailer coupling, and also has at least two side plates (14, 15), which extend downwards from the lever cap and, in the installed state of the security device, engage laterally around the coupling housing, and wherein the side plates (14, 15) contain bolt mounts (16, 17), into which can be inserted a securing bolt of the security device, said securing bolt, in the installed state, engaging around that side of the coupling housing which is opposite the closing handle, wherein at least one of the side plates (14, 15) has provided on it an inwardly directed guide stub (18, 19), which, in the installed state of the security device, engages in a corresponding mount (56, 57) on the coupling housing.
A fuel injector for a gas turbine engine comprising: a main nozzle body defining a central axis and having a main fuel circuit; and a pilot nozzle body mounted inboard of the main nozzle body, the pilot nozzle body including a pilot air circuit on the central axis with fuel circuitry radially outboard of the pilot air circuit for delivering fuel to a fuel outlet in a downstream portion of the pilot nozzle body, the fuel circuitry including a primary pilot fuel circuit configured and adapted to deliver fuel to the fuel outlet and a secondary pilot fuel circuit, characterised in that the secondary pilot fuel circuit is configured and adapted to deliver fuel to the same fuel outlet. a main nozzle body defining a central axis and having a main fuel circuit; and a pilot nozzle body mounted inboard of the main nozzle body, the pilot nozzle body including a pilot air circuit on the central axis with fuel circuitry radially outboard of the pilot air circuit for delivering fuel to a fuel outlet in a downstream portion of the pilot nozzle body, the fuel circuitry including a primary pilot fuel circuit configured and adapted to deliver fuel to the fuel outlet and a secondary pilot fuel circuit,
A method of operating an authenticator executing on a host, the method comprising: identifying a device interfaced to the host; checking a device identifier obtained from the device against authorized device identifiers; automatically granting an application access to the device when the device identifier matches one of the authorized device identifiers, including interacting with a device interface of the device to authenticate the device for application access, wherein interacting includes encrypting with a key a message that is sent to the device interface and receiving a decrypted version back from the device interface, wherein when the decrypted received message matches the message that was originally encrypted, then access is granted and authentication is considered to have passed; and automatically denying the application access to the device when the device identifier does not match one of the authorized device identifiers, wherein the step of automatically granting an application access to the device further includes performing the access without any action being required from the application and without any awareness by the application. identifying a device interfaced to the host; checking a device identifier obtained from the device against authorized device identifiers; automatically granting an application access to the device when the device identifier matches one of the authorized device identifiers, including interacting with a device interface of the device to authenticate the device for application access, wherein interacting includes encrypting with a key a message that is sent to the device interface and receiving a decrypted version back from the device interface, wherein when the decrypted received message matches the message that was originally encrypted, then access is granted and authentication is considered to have passed; and automatically denying the application access to the device when the device identifier does not match one of the authorized device identifiers, wherein the step of automatically granting an application access to the device further includes performing the access without any action being required from the application and without any awareness by the application.
A device for monitoring a biological sample, particularly in preparation for analysis in a laboratory, comprising: - at least one receptacle for receiving at least one biological sample, said receptacle being associated with a recordable chip, - a container for storing and transporting said at least one receptacle, including a temperature sensor, second transmission means allowing temperature measurements to be recorded onto the chip associated with each receptacle, at programmable time intervals, - a central unit with data processing means capable of controlling the quality of a sample of a receptacle according to the temperature and time data recorded on the associated chip, characterised in that the device further comprises a control housing intended to be coupled to a temperature sensor, the control housing comprising manual triggering means and first transmission means allowing the recording of sample-related data onto the chip after a triggering process has been carried out, these sample-related data comprising at least the date and time of sampling of the biological sample and particularly the measured ambient temperature by the temperature sensor. - at least one receptacle for receiving at least one biological sample, said receptacle being associated with a recordable chip, - a container for storing and transporting said at least one receptacle, including a temperature sensor, second transmission means allowing temperature measurements to be recorded onto the chip associated with each receptacle, at programmable time intervals, - a central unit with data processing means capable of controlling the quality of a sample of a receptacle according to the temperature and time data recorded on the associated chip, characterised in that the device further comprises a control housing intended to be coupled to a temperature sensor, the control housing comprising manual triggering means and first transmission means allowing the recording of sample-related data onto the chip after a triggering process has been carried out, these sample-related data comprising at least the date and time of sampling of the biological sample and particularly the measured ambient temperature by the temperature sensor.
A method for determining a preferential minimum power set point by a consumer i, said consumer comprising an electric water heater, said method comprising: - a step (1E1) of determining the state of the consumer i at an instant k; - a step (1E2) of determining a minimum power set point P c min i, k at the instant k as a function of the state of the consumer i determined during the step (1E1) of determining the state of the consumer i at an instant k; - a step (1E3) of determining a minimum power set point P c min i, k + 1: K at the instants k + 1 to K, K being the total number of time ranges during a production/consumption period, as a function of the predicted state of the consumer i estimated from the state of the consumer i determined during step(1E1) of determining the state of the consumer i at an instant k; - a step (1E4) of determining a preferential minimum power set point P c min_pref i, k as a function of the minimum power set point P c min i k at the instant k and of the minimum power set point P c min i, k + 1: K at the instants k +1 to K. - a step (1E1) of determining the state of the consumer i at an instant k; - a step (1E2) of determining a minimum power set point P c min i, k at the instant k as a function of the state of the consumer i determined during the step (1E1) of determining the state of the consumer i at an instant k; - a step (1E3) of determining a minimum power set point P c min i, k + 1: K at the instants k + 1 to K, K being the total number of time ranges during a production/consumption period, as a function of the predicted state of the consumer i estimated from the state of the consumer i determined during step(1E1) of determining the state of the consumer i at an instant k; - a step (1E4) of determining a preferential minimum power set point P c min_pref i, k as a function of the minimum power set point P c min i k at the instant k and of the minimum power set point P c min i, k + 1: K at the instants k +1 to K.
A display device, comprising: a substrate that includes an opening and a display area that surrounds the opening; a plurality of grooves (G1, G2, G3) formed in the substrate, the plurality of grooves (G1, G2, G3) disposed in a first non-display area between the opening and the display area; a display element layer disposed in the display area on the substrate and that includes a plurality of display elements in the display area; a thin-film encapsulation layer disposed on the display element layer, the thin-film encapsulation layer including a first inorganic encapsulation layer, an organic encapsulation layer, and a second inorganic encapsulation layer which are sequentially stacked and the organic encapsulating layer is disposed below the second inorganic encapsulating layer; a partition wall in the first non-display area; a planarization layer that includes an organic insulating material, an edge of the organic encapsulating layer is spaced apart from the opening by the partition wall, the planarization layer is disposed over the plurality of grooves (G1, G2, G3), wherein the planarization layer is disposed over the second inorganic encapsulation layer and a portion of the planarization layer overlaps the organic encapsulating layer, and wherein at least an area of the first non-display area that is not covered by the organic encapsulation layer is covered by the planarization layer, and wherein a first groove of the plurality of grooves (G1, G2, G3) is disposed between the display area and the partition wall. a substrate that includes an opening and a display area that surrounds the opening; a plurality of grooves (G1, G2, G3) formed in the substrate, the plurality of grooves (G1, G2, G3) disposed in a first non-display area between the opening and the display area; a display element layer disposed in the display area on the substrate and that includes a plurality of display elements in the display area; a thin-film encapsulation layer disposed on the display element layer, the thin-film encapsulation layer including a first inorganic encapsulation layer, an organic encapsulation layer, and a second inorganic encapsulation layer which are sequentially stacked and the organic encapsulating layer is disposed below the second inorganic encapsulating layer; a partition wall in the first non-display area; a planarization layer that includes an organic insulating material, an edge of the organic encapsulating layer is spaced apart from the opening by the partition wall, the planarization layer is disposed over the plurality of grooves (G1, G2, G3), wherein the planarization layer is disposed over the second inorganic encapsulation layer and a portion of the planarization layer overlaps the organic encapsulating layer, and wherein at least an area of the first non-display area that is not covered by the organic encapsulation layer is covered by the planarization layer, and wherein a first groove of the plurality of grooves (G1, G2, G3) is disposed between the display area and the partition wall.