mhurhangee/patent-ind-claim-en huggingface dataset:
A conveyor and diverter wheel assembly, comprising: a roller conveyor comprising a plurality of powered skewed rollers having a low friction conveying surface moving items in a forward and lateral direction, said roller conveyor including a vertical sidewall extending along a lateral edge thereof; at least one diverter wheel assembly comprising at least one diverter wheel affixed to a frame supporting said roller conveyor ; characterized in that said at least one diverter wheel is in frictional contact with a selected one of a first conveyor roller and a second conveyor roller rotating said diverter wheel ; said at least one diverter wheel assembly disposed at a selected angle between the first conveyor roller and the second conveyor roller of said roller conveyor; said at least one diverter wheel having a portion extending above a conveying surface of said roller conveyor ; said at least one diverter wheel assembly spaced apart from said vertical sidewall by a selected distance; said at least one diverter wheel affixed at an effective angle and an effective height whereby said portion of said diverter wheel extends above the surface of said conveying surface and contacts articles conveyed by said roller conveyor having a selected width greater than a distance between said diverter wheel and said vertical side wall, wherein said articles wider than said distance between said diverter wheel and said vertical side wall are diverted from said roller conveyor. a roller conveyor comprising a plurality of powered skewed rollers having a low friction conveying surface moving items in a forward and lateral direction, said roller conveyor including a vertical sidewall extending along a lateral edge thereof; at least one diverter wheel assembly comprising at least one diverter wheel affixed to a frame supporting said roller conveyor ; characterized in that said at least one diverter wheel is in frictional contact with a selected one of a first conveyor roller and a second conveyor roller rotating said diverter wheel ; said at least one diverter wheel assembly disposed at a selected angle between the first conveyor roller and the second conveyor roller of said roller conveyor; said at least one diverter wheel having a portion extending above a conveying surface of said roller conveyor ; said at least one diverter wheel assembly spaced apart from said vertical sidewall by a selected distance; said at least one diverter wheel affixed at an effective angle and an effective height whereby said portion of said diverter wheel extends above the surface of said conveying surface and contacts articles conveyed by said roller conveyor having a selected width greater than a distance between said diverter wheel and said vertical side wall, wherein said articles wider than said distance between said diverter wheel and said vertical side wall are diverted from said roller conveyor.
A computer-implemented method for facilitating forwarding packets in a content centric network, CCN, the method comprising: receiving, by a content producing device, a packet that corresponds to a first Interest for a Content Object from a content requesting device, wherein the first Interest includes a unique name corresponding to the Content Object; responsive to determining, by the content producing device, that additional time is required to generate the Content Object, generating, by the content producing device, a notification message which indicates a time period after which a second Interest for the Content Object is to be sent out by the content requesting device; and transmitting, by the content producing device, the notification message to the content requesting device; responsive to transmitting the notification message, receiving, by the content producing device, the second Interest from the content requesting device; generating, by the content producing device, the Content Object; and responsive to receiving the second Interest, transmitting, by the content producing device, the Content Object to the content requesting device. receiving, by a content producing device, a packet that corresponds to a first Interest for a Content Object from a content requesting device, wherein the first Interest includes a unique name corresponding to the Content Object; responsive to determining, by the content producing device, that additional time is required to generate the Content Object, generating, by the content producing device, a notification message which indicates a time period after which a second Interest for the Content Object is to be sent out by the content requesting device; and transmitting, by the content producing device, the notification message to the content requesting device; responsive to transmitting the notification message, receiving, by the content producing device, the second Interest from the content requesting device; generating, by the content producing device, the Content Object; and responsive to receiving the second Interest, transmitting, by the content producing device, the Content Object to the content requesting device.
A pronged clamp apparatus for attaching a soda bottle to a home use carbonation machine , the apparatus comprising: a pronged clamp comprising a plurality of equal sized teeth to receive said bottle at a non-upright position prior to carbonation, said bottle having a neck ring , to attach said bottle to said carbonation machine when a user moves said bottle towards an upright position; a locking mechanism comprising a locking ring , the locking ring being lowerable over the pronged clamp to lock said bottle to said carbonation machine via said neck ring in said upright position during carbonation and an interlock operative within said locking mechanism, characterized in that the apparatus further comprises: a cam to lower the locking ring; springs to raise the locking ring, said springs configured to raise said locking ring when there is no excess pressure in said bottle ; and the interlock comprises two lockable teeth which are shaped differently from said equal sized teeth, each lockable tooth having an angled upper surface and being attached to opposite sides of the pronged clamp, the lockable teeth configured to engage with the protrusion to prevent the springs from raising the locking ring when the bottle is pushed downward by the excess pressure. a pronged clamp comprising a plurality of equal sized teeth to receive said bottle at a non-upright position prior to carbonation, said bottle having a neck ring , to attach said bottle to said carbonation machine when a user moves said bottle towards an upright position; a locking mechanism comprising a locking ring , the locking ring being lowerable over the pronged clamp to lock said bottle to said carbonation machine via said neck ring in said upright position during carbonation and an interlock operative within said locking mechanism, characterized in that the apparatus further comprises: a cam to lower the locking ring; springs to raise the locking ring, said springs configured to raise said locking ring when there is no excess pressure in said bottle ; and the interlock comprises two lockable teeth which are shaped differently from said equal sized teeth, each lockable tooth having an angled upper surface and being attached to opposite sides of the pronged clamp, the lockable teeth configured to engage with the protrusion to prevent the springs from raising the locking ring when the bottle is pushed downward by the excess pressure.
A head-up display device , wherein the head-up display device comprises a plurality of light sources arrayed in matrix in a first direction and a second direction orthogonal to the first direction on a substrate , and a lens unit in which convex lens portions which collect radiant light (L1) radiated from the light sources are formed opposing each light source , the plurality of light sources are arranged at a first arrangement interval (A) in the first direction and are arranged at a second arrangement interval (B), which is smaller than the first arrangement interval (A), in the second direction, the lens unit includes a first connection portion and a second connection portion formed at boundaries of the adjacent convex lens portions , the first connection portion (b) extends in the first direction, the second connection portion (a) extends in the second direction, and a width of a short direction of the first connection portion (b) is larger than a width of a short direction of the second connection portion (a), characterised in that : the substrate has a round hole used for positioning, and an elongated hole used for positioning formed elongated towards the round hole , the lens unit has a first positioning pin fitted into the round hole and a second positioning pin fitted into the elongated hole , and a gap is formed between the elongated hole and the second positioning pin fitted into the elongated hole . the substrate has a round hole used for positioning, and an elongated hole used for positioning formed elongated towards the round hole , the lens unit has a first positioning pin fitted into the round hole and a second positioning pin fitted into the elongated hole , and a gap is formed between the elongated hole and the second positioning pin fitted into the elongated hole .
Method for producing an airfoil from a workpiece comprising at least two gaps and at least one blank of the workpiece arranged between the two gaps , the blank having two opposite side surfaces delimited by a base , by a tip and by a first and a second edge, the method comprising the following steps: a) arranging a first electrode (34, 34', 34") in the first gap and arranging a second electrode (50, 50', 50") in the second gap , the surface of the workpiece forming an annular space surface at the gaps ; b) applying a positive voltage to the blank and applying a negative voltage to the first electrode (34, 34', 34") and to the second electrode (50, 50', 50"), c) moving the first electrode (34, 34', 34") toward the first side surface and/or moving the second electrode (50, 50', 50") toward the second side surface , with step b) being preceded by step d), in which electrolyte is conducted between the two electrodes (34, 34', 34"; 50, 50', 50") via the tip to the base , characterized in that with steps a) to d) an intermediate airfoil is produced from the blank and has a substantially uniform oversize at at least one region of the airfoil compared with a nominal contour of the airfoil, the region having the uniform oversize at at least one region of the airfoil compared with a nominal contour of the airfoil being the first and/orthe second edge of the airfoil and, in a finishing process with steps a) to d), a finished end airfoil which has the nominal contour of the airfoil being produced from the intermediate airfoil . a) arranging a first electrode (34, 34', 34") in the first gap and arranging a second electrode (50, 50', 50") in the second gap , the surface of the workpiece forming an annular space surface at the gaps ; b) applying a positive voltage to the blank and applying a negative voltage to the first electrode (34, 34', 34") and to the second electrode (50, 50', 50"), c) moving the first electrode (34, 34', 34") toward the first side surface and/or moving the second electrode (50, 50', 50") toward the second side surface ,
A translucent stretched film comprising at least a base material layer and a surface layer, wherein said base material layer has at least one layer containing, as resin components, at least a crystalline thermoplastic resin A having a melting point of 120 to 175°C and an amorphous thermoplastic resin B, said surface layer contains, as a resin component, at least a crystalline thermoplastic resin D having a melt mass flow rate at 190°C and 2.16 kg of 0.02 to 2 g/10 min., and said translucent stretched film has a total light transmittance of 35 to 85%.
An electronic control system for at least one actuation device of at least one operating group of a vehicle, like an anti-roll system, a device for stopping the stroke of a suspension and/or a brake unit, the electronic control system comprising an electronic controller that allows to manage the activation and deactivation of said at least one actuation device, wherein said electronic controller defines a first operating condition of the actuation device defined as rest state (R), a second operating condition defined as block state (B) and at least a third operating condition defined as transitional state, which is a passage step between the other two operating conditions (R, B), from which transitional state it is possible to pass into a further failure state (A1, A2) or into at least an undetermined state, wherein said electronic controller is configured to receive detection signals from a plurality of sensors and send at least one control signal to said at least one actuation device, wherein said at least one control signal determines the transition from the rest condition to the block condition and vice-versa, wherein said transitional state comprises a first transitional state (T1) that refers to the passage from the rest state (R) to the actuated block state (B) and a second transitional state (T2) that refers to the passage from the actuated block state (B) to the rest state (R), wherein said system is configured to go into said transitional state as soon as the electronic controller has ascertained an actuation control signal, wherein in said block state (B) an electric motor of said at least one actuation device is actuated, since the electronic controller feeds the electric motor through motor control outputs, while in said rest state (R) the actuation device is not actuated, and wherein said electronic controller is configured to determine a condition defined as limitation of revolutions in which the number of revolutions of the motor of the vehicle is predetermined, wherein the function of limiting the number of revolutions is active when the system is in the block state or in the failure state, whereas the function of limiting the number of revolutions is inactive when the system is in the rest state.
A wiring board , comprising: an insulation base plate ; and a plurality of electrodes provided adjacent to each other in plan view on the insulation base plate ; the electrodes comprising a slit which comprises an opening on an outer peripheral edge thereof and is oriented towards the interior of the electrode from the outer peripheral edge; a central line drawn from a slit in one electrode of a pair of adjacent electrodes intersecting with the outer peripheral edge of the other electrode ; and a central line drawn from a slit in the other electrode of the pair of adjacent electrodes intersecting with the outer peripheral edge of the one electrode . an insulation base plate ; and a plurality of electrodes provided adjacent to each other in plan view on the insulation base plate ; the electrodes comprising a slit which comprises an opening on an outer peripheral edge thereof and is oriented towards the interior of the electrode from the outer peripheral edge; a central line drawn from a slit in one electrode of a pair of adjacent electrodes intersecting with the outer peripheral edge of the other electrode ; and a central line drawn from a slit in the other electrode of the pair of adjacent electrodes intersecting with the outer peripheral edge of the one electrode .
An operation device for operating operation target equipment , comprising: a first structure including a touch panel module having a touch panel that detects an operation position of an operator and a display panel , a first case in which the touch panel module is disposed, a first supporting body to which the first case is fixed, and a vibration actuator disposed on the first supporting body ; a second structure including a second supporting body to be connected to the first supporting body , a second case to be fixed to the second supporting body , and a circuit board disposed in the second supporting body or the second case ; a vibration damping member that connects the first supporting body and the second supporting body ; and a fixing member (S5) that fixes the vibration damping member to the first supporting body , characterised by the operation device further comprising: a non-circular washer (W11) provided between the vibration damping member and the fixing member (S5), wherein a part of an outer edge portion (W11b) of the washer (W11) overlaps a back surface of the second case at a distance (P1). a first structure including a touch panel module having a touch panel that detects an operation position of an operator and a display panel , a first case in which the touch panel module is disposed, a first supporting body to which the first case is fixed, and a vibration actuator disposed on the first supporting body ; a second structure including a second supporting body to be connected to the first supporting body , a second case to be fixed to the second supporting body , and a circuit board disposed in the second supporting body or the second case ; a vibration damping member that connects the first supporting body and the second supporting body ; and a fixing member (S5) that fixes the vibration damping member to the first supporting body , characterised by the operation device further comprising: a non-circular washer (W11) provided between the vibration damping member and the fixing member (S5), wherein a part of an outer edge portion (W11b) of the washer (W11) overlaps a back surface of the second case at a distance (P1). a non-circular washer (W11) provided between the vibration damping member and the fixing member (S5), wherein a part of an outer edge portion (W11b) of the washer (W11) overlaps a back surface of the second case at a distance (P1).
A process for preparing a compound of the following Formula I, or a pharmaceutically acceptable salt thereof or a hydrate thereof, comprising coupling-reacting a compound of the following Formula III with a compound of the following Formula IV: wherein R is hydrogen or tert-butyloxycarbonyl (Boc).
Timepiece movement comprising a mechanism consisting of a rotating element (6A; 36), provided with an annular magnetized structure (12A-12B; 38A) exhibiting an angular variation of at least one physical parameter defining said annular magnetized structure, and of a first set of magnetic elements which is formed of one functional magnetic element or of a plurality of functional magnetic elements , this first set of magnetic elements not being integral in rotation with said rotating element and having overall with the annular magnetized structure a first magnetic interaction which generates on said rotating element a first magnetic disturbance torque (30; 44); characterized in that the timepiece movement further comprises a second set of magnetic elements which consists of a magnetic compensation element (32; 32A) or of a plurality of magnetic compensation elements (32B,32C; 50,52) not forming part of any timepiece movement mechanism, this second set of magnetic elements not being integral in rotation with said rotating element and having overall with the annular magnetized structure a second magnetic interaction which generates on said rotating element a second magnetic disturbance torque; and in that the second set of magnetic elements is arranged relative to the first set of magnetic elements such that the maximum absolute torque value (34; 46) resulting from the addition of the first and second magnetic disturbance torques is lower than the maximum absolute value of the first magnetic disturbance torque.
Paint dispenser comprising: - a hollow body suitable for containing a predetermined volume of paint, the hollow body being made of a metallic material and delimiting a cavity extending from an access opening formed at an upper end of the hollow body to a bottom wall of the hollow body , said bottom wall being at a predetermined distance from a lower end of the hollow body , - a dispensing nozzle coupled to the hollow body so as to selectively enable a fluidic connection between the cavity and the environment outside of the hollow body , the dispensing nozzle being positioned at the bottom wall delimiting the cavity , and - a hydraulic actuator ; characterized in that the hollow body comprises a chamber hermetically separated from the cavity , the chamber being delimited by the bottom wall of the cavity and by an additional bottom wall of the hollow body , said chamber housing the hydraulic actuator . - a hollow body suitable for containing a predetermined volume of paint, the hollow body being made of a metallic material and delimiting a cavity extending from an access opening formed at an upper end of the hollow body to a bottom wall of the hollow body , said bottom wall being at a predetermined distance from a lower end of the hollow body , - a dispensing nozzle coupled to the hollow body so as to selectively enable a fluidic connection between the cavity and the environment outside of the hollow body , the dispensing nozzle being positioned at the bottom wall delimiting the cavity , and - a hydraulic actuator ; characterized in that the hollow body comprises a chamber hermetically separated from the cavity , the chamber being delimited by the bottom wall of the cavity and by an additional bottom wall of the hollow body , said chamber housing the hydraulic actuator .
Assisted breathing device for a person/patient suffering from respiratory disorders comprising: - a first ventilation unit , a connection interface for the connecting of a breathing circuit of the patient, said first ventilation unit including at least one air generator , at least one pressure and/or flow rate sensor and an air flow circuit connected to the connection interface, - at least one second ventilation unit including at least one air generator, at least one pressure and/or flow rate sensor and an air flow circuit connected to said connection interface; characterised in that the connection interface of the device includes a connection unit intended for the connecting of the breathing circuit of the patient and a coupling device connected to the air flow circuits of the ventilation units and to the connection unit of the device , the breathing circuit of the patient being thus able to be connected to said ventilation units via the coupling device ; said coupling device comprising pneumatic or pneumo-electric connections for the coupling of the ventilation units and of the coupling valves (313, 314; 323, 324) on the air flow connections relative to each ventilation unit, each ventilation unit further including a coupling control capable of controlling the coupling valves of the air flow connections relative to each ventilation unit so as to make it possible for an automatic substitution of one with the other in the operating modes: - high-performance coupling, wherein the two ventilation units are turned on in the device and both supply an air flow to the patient, and/or - high-safety coupling, wherein the air flow is provided by one of the units, with the other unit being on standby and capable of instantly taking over from the first in case an anomaly of the latter is detected. - high-performance coupling, wherein the two ventilation units are turned on in the device and both supply an air flow to the patient, and/or - high-safety coupling, wherein the air flow is provided by one of the units, with the other unit being on standby and capable of instantly taking over from the first in case an anomaly of the latter is detected.