mhurhangee/patent-ind-claim-en huggingface dataset:
A developer carrying member comprising a base member and a surface layer, wherein the surface layer includes a urethane resin, and the urethane resin has a carbonate bond and includes a tertiary amine structure. wherein the surface layer includes a urethane resin, and the urethane resin has a carbonate bond and includes a tertiary amine structure.
A seismic survey apparatus comprising: a body ; a proof mass comprising an elongated member; at least one sensor arranged to detect movement of the proof mass relative to the body , wherein the sensor comprises one or more piezoelectric elements arranged to detect the movement of the proof mass ; electronic circuitry connected to the at least one sensor, the electronic circuitry being configured to receive and process an output of the sensor; and a power supply arranged to provide electrical power to the electronic circuitry , wherein the power supply is an integral part of the proof mass , and wherein the elongated member is formed of the power supply. a body ; a proof mass comprising an elongated member; at least one sensor arranged to detect movement of the proof mass relative to the body , wherein the sensor comprises one or more piezoelectric elements arranged to detect the movement of the proof mass ; electronic circuitry connected to the at least one sensor, the electronic circuitry being configured to receive and process an output of the sensor; and a power supply arranged to provide electrical power to the electronic circuitry , wherein the power supply is an integral part of the proof mass , and wherein the elongated member is formed of the power supply.
A compound of formula (I') wherein: R is a radical selected from the group consisting of and R 1 is (C 1 -C 12 alkyl. R is a radical selected from the group consisting of and R 1 is (C 1 -C 12 alkyl.
A hygiene compliance system , comprising: a handwash sensor configured to transmit a handwash sensor identification code, and a handwash signal indicative of handwash device operation, at least one badge worn by a caregiver and configured to transmit a badge identification code, an occupant sensor configured to sense all occupants in a room, and a remote computer configured to communicate with the handwash sensor, the at least one badge, and the occupant sensor; wherein the occupant sensor is configured to communicate a detected number of occupants in the room to the remote computer, wherein the at least one badge or the handwash sensor is configured to, when the at least one badge is within a predetermined proximity of the handwash sensor, transmit a signal to the remote computer indicating the handwash identification code, the handwash signal from the handwash sensor, and the badge identification code, and wherein the remote computer is configured to determine a hygiene compliance rate based on the handwash signal and the detected number of occupants. a handwash sensor configured to transmit a handwash sensor identification code, and a handwash signal indicative of handwash device operation, at least one badge worn by a caregiver and configured to transmit a badge identification code, an occupant sensor configured to sense all occupants in a room, and a remote computer configured to communicate with the handwash sensor, the at least one badge, and the occupant sensor; wherein the occupant sensor is configured to communicate a detected number of occupants in the room to the remote computer, wherein the at least one badge or the handwash sensor is configured to, when the at least one badge is within a predetermined proximity of the handwash sensor, transmit a signal to the remote computer indicating the handwash identification code, the handwash signal from the handwash sensor, and the badge identification code, and wherein the remote computer is configured to determine a hygiene compliance rate based on the handwash signal and the detected number of occupants.
A wire connection arrangement for joining two wire ends , the wire arrangement comprising: - a first terminal part having a wire attachment end with an opening for receiving a first wire end , and an opposite connection end with a connective portion at least partly provided with a thread, - a second terminal part having a wire attachment end with an opening for receiving a second wire end , and an opposite connection end with a connective portion at least partly provided with a thread, - and a sleeve connector comprising an inner connective portion at least partly provided with a thread for receiving and engaging the connective portions of the first and second terminal parts , respectively, characterised in that the inner connective portion is continuous, wherein a combined length (L1 + L2) of the connective portions of the first and second terminal parts is longer than a length (L3) of the sleeve connector , such that the connective portions of the first and second terminal parts may meet inside said sleeve connector , wherein a length (L1) of the connective portion of the first terminal part is greater than a length (L2) of the connective portion of the second terminal part . - a first terminal part having a wire attachment end with an opening for receiving a first wire end , and an opposite connection end with a connective portion at least partly provided with a thread, - a second terminal part having a wire attachment end with an opening for receiving a second wire end , and an opposite connection end with a connective portion at least partly provided with a thread, - and a sleeve connector comprising an inner connective portion at least partly provided with a thread for receiving and engaging the connective portions of the first and second terminal parts , respectively, characterised in that the inner connective portion is continuous, wherein a combined length (L1 + L2) of the connective portions of the first and second terminal parts is longer than a length (L3) of the sleeve connector , such that the connective portions of the first and second terminal parts may meet inside said sleeve connector , wherein a length (L1) of the connective portion of the first terminal part is greater than a length (L2) of the connective portion of the second terminal part .
An aircraft suspension system device, said aircraft suspension system device comprising: a first suspension linkage including a first and a second terminal end , each having a helical threaded portion ; a first rod end having a helical threaded portion , said helical threaded portion of said first rod end having a hand corresponding to said helical threaded portion of said first terminal end of said first suspension linkage , said first rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a first direction when said helical threaded portion of said first terminal end meets said non-threaded stopper portion of said first rod end ; and a second rod end having a helical threaded portion , said helical threaded portion of said second rod end having a hand corresponding to said helical threaded portion of said second terminal end of said first suspension linkage , said second rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a second direction when said helical threaded portion of said second terminal end meets said non-threaded stopper portion of said second rod end , characterised in that said helical threaded portion of said first terminal end and said helical threaded portion of said second terminal end are of the same hand; and said helical threaded portion of said first rod end and said helical threaded portion of said second rod end are of the same hand and have the same pitch. a first suspension linkage including a first and a second terminal end , each having a helical threaded portion ; a first rod end having a helical threaded portion , said helical threaded portion of said first rod end having a hand corresponding to said helical threaded portion of said first terminal end of said first suspension linkage , said first rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a first direction when said helical threaded portion of said first terminal end meets said non-threaded stopper portion of said first rod end ; and a second rod end having a helical threaded portion , said helical threaded portion of said second rod end having a hand corresponding to said helical threaded portion of said second terminal end of said first suspension linkage , said second rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a second direction when said helical threaded portion of said second terminal end meets said non-threaded stopper portion of said second rod end , characterised in that said helical threaded portion of said first terminal end and said helical threaded portion of said second terminal end are of the same hand; and said helical threaded portion of said first rod end and said helical threaded portion of said second rod end are of the same hand and have the same pitch.
Method for optimizing an anti-sway algorithm for the transport of a load by a hoisting appliance spanning a hoisting area and comprising a trolley, a reeving system and a tool handling the load, characterised in the method comprising in a control device creating (S1a) a first table giving angle offsets of the trolley, depending on physical characteristics of the load and on mechanical parameters related to the trolley, the angle offsets being determined by measurements of inclination angles of the trolley, creating (S1b) a second table giving probabilities of a secondary sway of the load depending on physical characteristics of the load, on mechanical parameters related to the reeving system and on measurements of acceleration and angular position of the tool, transporting (S2) the load in the hoisting area by using an anti-sway algorithm taking into account the first table and the second table, wherein anti-sway algorithm takes as inputs dynamic parameters of hoisting appliance comprising the current position of the trolley, the load and the current angle of the load with respect to the trolley. creating (S1a) a first table giving angle offsets of the trolley, depending on physical characteristics of the load and on mechanical parameters related to the trolley, the angle offsets being determined by measurements of inclination angles of the trolley, creating (S1b) a second table giving probabilities of a secondary sway of the load depending on physical characteristics of the load, on mechanical parameters related to the reeving system and on measurements of acceleration and angular position of the tool, transporting (S2) the load in the hoisting area by using an anti-sway algorithm taking into account the first table and the second table, wherein anti-sway algorithm takes as inputs dynamic parameters of hoisting appliance comprising the current position of the trolley, the load and the current angle of the load with respect to the trolley.
An apparatus to facilitate acceleration of machine learning operations, the apparatus comprising: accelerator circuitry including: a first set of processing elements configured to perform first computations including a matrix multiplication; a second set of processing elements configured to perform second computations including summing of weight values and multiplying the sum of weight values with an offset; a third set of processing elements configured to perform third computations including summing of input values and multiplying the sum of input values with another offset; and an input buffer coupled to the third set of processing elements and configured to provide the input values to the third set of processing elements ; wherein the accelerator circuitry is configured to perform the first computations, the second computations and the third computations in parallel, wherein the accelerator circuitry is configured to transmit the results of the second and third computations to the first set of processing elements , and wherein the first set of processing elements is further configured to compute a final result by adding the results of the first, second and third computations and a constant value. accelerator circuitry including: a first set of processing elements configured to perform first computations including a matrix multiplication; a second set of processing elements configured to perform second computations including summing of weight values and multiplying the sum of weight values with an offset; a third set of processing elements configured to perform third computations including summing of input values and multiplying the sum of input values with another offset; and an input buffer coupled to the third set of processing elements and configured to provide the input values to the third set of processing elements ; a first set of processing elements configured to perform first computations including a matrix multiplication; a second set of processing elements configured to perform second computations including summing of weight values and multiplying the sum of weight values with an offset; a third set of processing elements configured to perform third computations including summing of input values and multiplying the sum of input values with another offset; and an input buffer coupled to the third set of processing elements and configured to provide the input values to the third set of processing elements ; wherein the accelerator circuitry is configured to perform the first computations, the second computations and the third computations in parallel, wherein the accelerator circuitry is configured to transmit the results of the second and third computations to the first set of processing elements , and wherein the first set of processing elements is further configured to compute a final result by adding the results of the first, second and third computations and a constant value.
System comprising a container , a line element and an assembly , which has a centrifugal pump , wherein the centrifugal pump and the line element are arranged in the container , wherein the assembly has a motor for driving the centrifugal pump , said motor being arranged above the centrifugal pump , wherein the centrifugal pump has an impeller and a first housing part , and wherein the first housing part has at least one evacuation feature at the level of the impeller and/or above, characterized in that the evacuation feature is directed toward the line element .
Filling element arrangement for filling containers with a liquid filling material, comprising at least one filling element with at least one filling element housing , which is formed from at least one upper and one lower housing element (19.1, 19.2), and comprises at the lower housing element (19.2) at least one discharge opening for discharging the filling material into the respective container , with a liquid valve for controlling the discharge of the filling material, wherein the liquid valve comprises at least one valve housing , which, on the side facing towards the discharge opening , comprises a mouth opening , wherein at least one liquid channel is provided in the valve housing , through which the liquid filling material flows during the filling process, as well as a valve body , wherein, in order to control the discharge of the filling material, inside the valve housing the valve body can be moved between a closed position and an open position, wherein the lower housing element (19.2) comprises a first filling element housing section (16.1) arranged in a fixed position, as well as a second filling element housing section (16.2), which can be moved relative to the first in a controlled manner along a filling element axis (FA) between a raised position (ANP) and a lowered position (ABP), wherein a housing wall section (16.3) is provided between the first and second filling element housing sections (16.1, 16.2), configured such as to surround the valve housing along the filling element axis (FA) in a gas-tight manner, and such as to be expanded or displaced, and the second filling element housing section (16.2) forms the discharge opening , wherein at least the housing wall section (16.3), which is configured such as to be expanded or displaced, is formed from a first sealing element and a second filling element , provided such as to leave a gas-tight annular gap in relation to the first sealing element , and wherein the first and/or second sealing element are configured in the form of folding bellows, characterised in that the gas-tight annular gap formed between the first and second sealing elements can be subjected to a gaseous medium in order to initiate the controlled movement onto the second filling element section (16.2), and that, for the vertical guidance of the second filling element section (16.2) between the raised and lowered position (ABP, ANP), at least one guide device is provided along the filling element axis (FA).
Electric scissors comprising: at least one movable blade having a blade portion configured to cut a to-be-cut object; a drive unit configured to open and close the at least one movable blade ; a holding part configured to hold the to-be-cut object that is cut by the at least one movable blade ; and a support part configured to support the to-be-cut object, which is cut by the at least one movable blade , while regulating a direction of the to-be-cut obj ect, wherein the holding part is provided on one side or both sides of the at least one movable blade in a direction perpendicular to an opening and closing direction of the at least one movable blade , and characterized in that the support part is provided on an outer side of the holding part in the direction perpendicular to the opening and closing direction of the at least one movable blade , and the support part is in contact with the holding part . at least one movable blade having a blade portion configured to cut a to-be-cut object; a drive unit configured to open and close the at least one movable blade ; a holding part configured to hold the to-be-cut object that is cut by the at least one movable blade ; and a support part configured to support the to-be-cut object, which is cut by the at least one movable blade , while regulating a direction of the to-be-cut obj ect, wherein the holding part is provided on one side or both sides of the at least one movable blade in a direction perpendicular to an opening and closing direction of the at least one movable blade , and characterized in that the support part is provided on an outer side of the holding part in the direction perpendicular to the opening and closing direction of the at least one movable blade , and the support part is in contact with the holding part .
A knee prosthesis for implanting in a knee joint, comprising: a femoral component including a housing , the housing having an anterior wall; a tibial component ; and a coupling component movably interconnecting the femoral component to the tibial component , the coupling component including a first post and a second post at least partially positioned within the first post , the first post having a protrusion configured to engage the anterior wall of the housing during hyperextension of a knee, wherein the second post includes a first elongated member positioned inside the first post and a second elongated member , the knee prosthesis being characterised in that the second elongate member is positioned within the tibial component and the second post reinforces the first post to resist bending forces developed during flexion. a femoral component including a housing , the housing having an anterior wall; a tibial component ; and a coupling component movably interconnecting the femoral component to the tibial component , the coupling component including a first post and a second post at least partially positioned within the first post , the first post having a protrusion configured to engage the anterior wall of the housing during hyperextension of a knee, wherein the second post includes a first elongated member positioned inside the first post and a second elongated member ,
A surgical instrument comprising: a power transmission including a trigger and a fastener driver operatively coupled to the trigger, wherein actuation of the trigger from a first configuration to a second configuration moves the fastener driver between at least a first position and a second position; an actuation lockout system operatively associated with the power transmission, the actuation lockout system moveable between a locked configuration and an unlocked configuration, wherein the actuation lockout system prevents movement of the fastener driver from the first position to the second position when the actuation lockout system is in the locked configuration, and wherein actuation of the trigger from the first configuration towards the second configuration moves the actuation lockout system from the locked configuration to the unlocked configuration, the surgical instrument being characterized in that the first position is a first rotational position and the second position is a second rotational position. a power transmission including a trigger and a fastener driver operatively coupled to the trigger, wherein actuation of the trigger from a first configuration to a second configuration moves the fastener driver between at least a first position and a second position; an actuation lockout system operatively associated with the power transmission, the actuation lockout system moveable between a locked configuration and an unlocked configuration, wherein the actuation lockout system prevents movement of the fastener driver from the first position to the second position when the actuation lockout system is in the locked configuration, and wherein actuation of the trigger from the first configuration towards the second configuration moves the actuation lockout system from the locked configuration to the unlocked configuration, the surgical instrument being characterized in that the first position is a first rotational position and the second position is a second rotational position.
An air conditioner comprising: a case comprising a suction panel with a suction port configured to receive air; at least one ion generator disposed at the suction panel adjacent to the suction port and configured to generate ions in the air to be received through the suction port , wherein the at least one ion generator is configured to provide ions toward an outside of the case in a direction having a preset angle (d) with respect to an outer surface of the suction panel , characterized in that the suction panel defines at least one installation groove recessed from the outer surface of the suction panel and accommodating the at least one ion generator therein, and the at least one installation groove is defined at at least one side of the suction port , a central axis (C) of the installation groove is inclined with respect to the suction panel by the preset angle (d) and the ion generator installed at the central axis (C) of the installation groove . a case comprising a suction panel with a suction port configured to receive air; at least one ion generator disposed at the suction panel adjacent to the suction port and configured to generate ions in the air to be received through the suction port , wherein the at least one ion generator is configured to provide ions toward an outside of the case in a direction having a preset angle (d) with respect to an outer surface of the suction panel , characterized in that the suction panel defines at least one installation groove recessed from the outer surface of the suction panel and accommodating the at least one ion generator therein, and the at least one installation groove is defined at at least one side of the suction port , a central axis (C) of the installation groove is inclined with respect to the suction panel by the preset angle (d) and the ion generator installed at the central axis (C) of the installation groove .