mhurhangee/ep-ind-claims huggingface dataset:
An elevator passenger interface device, comprising: an assistance button; and a controller configured to determine a destination requested by a passenger, and determine whether the assistance button has been manipulated and then to determine a destination requested by a passenger from a subsequent manipulation of the assistance button, characterized in that the elevator passenger interface device comprises a touch screen configured to allow a passenger to indicate a request for elevator service by touching the screen; the assistance button located near the touch screen; and in that the controller is configured to provide an audible indication of possible destinations to a passenger responsive to determining that the assistance button has been pressed, wherein the audible indications begin with at least one destination that has been selected as a first option based on a popularity of the at least one destination, the controller being configured to select the at least one destination based on a time of day. an assistance button; and a controller configured to determine a destination requested by a passenger, and determine whether the assistance button has been manipulated and then to determine a destination requested by a passenger from a subsequent manipulation of the assistance button, characterized in that the elevator passenger interface device comprises a touch screen configured to allow a passenger to indicate a request for elevator service by touching the screen; the assistance button located near the touch screen; and in that the controller is configured to provide an audible indication of possible destinations to a passenger responsive to determining that the assistance button has been pressed, wherein the audible indications begin with at least one destination that has been selected as a first option based on a popularity of the at least one destination, the controller being configured to select the at least one destination based on a time of day.
A process for making CF 3 CH=CHF comprising the steps of: (a) converting 1,2-dichloroethylene to the compound CCl 3 CHClCHCl 2; (b) converting CCl 3 CHClCHCl 2 to the compound CCl 2 =CHCHCl 2; (c) fluorinating the product of step (b) to form the compound CF 3 CH 2 CHClF; and (d) dehydrochlorinating the product of step (c) to form the compound CF 3 CH=CHF. (a) converting 1,2-dichloroethylene to the compound CCl 3 CHClCHCl 2; (b) converting CCl 3 CHClCHCl 2 to the compound CCl 2 =CHCHCl 2; (c) fluorinating the product of step (b) to form the compound CF 3 CH 2 CHClF; and (d) dehydrochlorinating the product of step (c) to form the compound CF 3 CH=CHF.
An EGR control device configured to control an EGR device, the EGR device comprising: - an EGR passage branching out from an exhaust passage of an internal combustion engine and joining to an intake passage; and - an EGR valve disposed in the EGR passage, the EGR control device comprising: - an estimate EGR ratio calculating portion configured to calculate an estimate EGR ratio from a fresh airflow amount at a joining portion of the intake passage with the EGR passage, and an EGR gas amount passing through the EGR valve; and - a joining portion EGR ratio estimating portion configured to correct the estimate EGR ratio to decrease with a smaller EGR gas amount inside the EGR passage from the EGR valve to the joining portion on the basis of a fresh air amount inside the EGR passage from the EGR valve to the joining portion with the intake passage when the EGR valve switches from a closed state to an open state, and to make the estimate EGR ratio serve as a joining portion EGR ratio being a proportion of the EGR gas amount with respect to fresh air in the joining portion. - an EGR passage branching out from an exhaust passage of an internal combustion engine and joining to an intake passage; and - an EGR valve disposed in the EGR passage, - an estimate EGR ratio calculating portion configured to calculate an estimate EGR ratio from a fresh airflow amount at a joining portion of the intake passage with the EGR passage, and an EGR gas amount passing through the EGR valve; and - a joining portion EGR ratio estimating portion configured to correct the estimate EGR ratio to decrease with a smaller EGR gas amount inside the EGR passage from the EGR valve to the joining portion on the basis of a fresh air amount inside the EGR passage from the EGR valve to the joining portion with the intake passage when the EGR valve switches from a closed state to an open state, and to make the estimate EGR ratio serve as a joining portion EGR ratio being a proportion of the EGR gas amount with respect to fresh air in the joining portion.
A biological fluid collection device adapted to receive a multi-component blood sample, the biological fluid collection device comprising: a housing defining a first chamber having a first chamber inlet and a first chamber outlet, a second chamber having a second chamber inlet, and including a separation member disposed between the first chamber outlet and the second chamber inlet, wherein the first chamber outlet is in communication with the second chamber inlet via the separation member, wherein the first chamber is adapted to receive the multi-component blood sample; an actuator member associated with the second chamber, wherein actuation of the actuator member in a first direction draws a component of the multi-component blood sample from the first chamber through the separation member to the second chamber; and a valve engaged with the second chamber to seal the second chamber. a housing defining a first chamber having a first chamber inlet and a first chamber outlet, a second chamber having a second chamber inlet, and including a separation member disposed between the first chamber outlet and the second chamber inlet, wherein the first chamber outlet is in communication with the second chamber inlet via the separation member, wherein the first chamber is adapted to receive the multi-component blood sample; an actuator member associated with the second chamber, wherein actuation of the actuator member in a first direction draws a component of the multi-component blood sample from the first chamber through the separation member to the second chamber; and a valve engaged with the second chamber to seal the second chamber.
A first mobile terminal, comprising: a display; a processing unit coupled to the display; and a memory coupled to the processing unit and storing instructions which, when executed by the processing unit, cause the first mobile terminal to: receive an operation parameter of a widget application of a second mobile terminal and location information corresponding to the widget application of the second mobile terminal, wherein the location information indicates a location on the display for the widget application to be displayed; install the widget application if it is checked that the widget application has not been installed on the first mobile terminal; load the operation parameter on the widget application; and display the widget application on the location according to the location information; and display information associated with the operation parameter on the display of the first mobile terminal, wherein the information associated with the operation parameter is the same as information displayed on the second mobile terminal. a display; a processing unit coupled to the display; and a memory coupled to the processing unit and storing instructions which, when executed by the processing unit, cause the first mobile terminal to: receive an operation parameter of a widget application of a second mobile terminal and location information corresponding to the widget application of the second mobile terminal, wherein the location information indicates a location on the display for the widget application to be displayed; install the widget application if it is checked that the widget application has not been installed on the first mobile terminal; load the operation parameter on the widget application; and display the widget application on the location according to the location information; and display information associated with the operation parameter on the display of the first mobile terminal, wherein the information associated with the operation parameter is the same as information displayed on the second mobile terminal. receive an operation parameter of a widget application of a second mobile terminal and location information corresponding to the widget application of the second mobile terminal, wherein the location information indicates a location on the display for the widget application to be displayed; install the widget application if it is checked that the widget application has not been installed on the first mobile terminal; load the operation parameter on the widget application; and display the widget application on the location according to the location information; and display information associated with the operation parameter on the display of the first mobile terminal, wherein the information associated with the operation parameter is the same as information displayed on the second mobile terminal.
Ultrasonic transducer for mounting in an ultrasonic flowmeter for measuring the flow of a flowing medium, comprising an electromechanical transducer element for generating ultrasonic signals, a carrier and a housing, wherein the electromechanical transducer element is arranged in the carrier, wherein the housing consists at least in part of an electroconductive material, wherein the carrier has a carrier material with an acoustic impedance, wherein the acoustic impedance value of the carrier material lies between the acoustic impedance value of the electromechanical transducer element and the acoustic impedance value of the flowing medium to be measured, wherein the carrier is at least partially electroconductive, wherein the carrier and the housing are electroconductively connected to one another and wherein the electromechanical transducer element and the carrier are electroconductively connected to one another, characterized in that the carrier material consists in least in part of a conductive polymer or that the carrier material consists of a conductive ceramic materal.
Seal, which is intended to be placed on circumferential narrow sides of a tubbing segment, with at least two sealing profiles made a material containing plastic, where the sealing profiles each have a hollow profile body and an anchoring foot, and where the sealing profiles are aligned at an angle to one another deviating from 180°, such that two ends of the sealing profiles are adjacent to each other in the area of a corner, where a corner piece is placed in the corner, to which the two sealing profiles are each connected, and where one sealing profile has an anchoring foot, which is designed as an elongated anchoring web running in the longitudinal direction of the sealing profile and is notched towards the corner piece in such a way that the height (h) of the anchoring foot decreases towards the corner piece, characterised in that the height (h) of the anchoring foot decreases towards the corner piece, tapering off at a notch angle (α) that is flatter than 90° in relation to the longitudinal axis of the sealing profile.
A wireless power transmission apparatus, comprising: a communication/control unit configured to perform a negotiation for a first available power indicator with a wireless power reception apparatus; and a power conversion unit configured to transmit a wireless power to the wireless power reception apparatus by generating magnetic coupling in a primary coil according to the first available power indicator, wherein the communication/control unit is configured to: receive a received power packet indicating a power received by the wireless power reception apparatus from the wireless power reception apparatus, transmit a bit pattern response requesting a communication for changing of the first available power indicator to the wireless power reception apparatus, receive a response signal indicating being ready to receive the communication from the wireless power reception apparatus, and transmit a packet related to a second available power indicator to the wireless power reception apparatus. a communication/control unit configured to perform a negotiation for a first available power indicator with a wireless power reception apparatus; and a power conversion unit configured to transmit a wireless power to the wireless power reception apparatus by generating magnetic coupling in a primary coil according to the first available power indicator, wherein the communication/control unit is configured to: receive a received power packet indicating a power received by the wireless power reception apparatus from the wireless power reception apparatus, transmit a bit pattern response requesting a communication for changing of the first available power indicator to the wireless power reception apparatus, receive a response signal indicating being ready to receive the communication from the wireless power reception apparatus, and transmit a packet related to a second available power indicator to the wireless power reception apparatus.
A wear member for attachment to excavating equipment comprising a front end, a rear end, and a socket that opens in the rear end to receive a base fixed to the excavating equipment, the socket having a front portion, a rear portion and a longitudinal axis, the front portion of the socket including a plurality of front stabilizing surfaces (52, 54), the rear portion of the socket including a plurality of rear stabilizing surfaces, each of the front and rear stabilizing surfaces (52, 54, 70) axially extending substantially parallel to the longitudinal axis to bear against a complementary surface on the base, characterized by: two of said front stabilizing surfaces being transversely angled to each other, two of said rear stabilizing surfaces being transversely angled to each other, wherein the front stabilizing surfaces transversely angled to each other face generally in one of an upward or downward direction, and the rear stabilizing surfaces transversely angled to each other face generally in the other of an upward or downward direction, such that each of the front and rear stabilizing surfaces contacts the base during use to resist both vertical and horizontal loading. two of said front stabilizing surfaces being transversely angled to each other, two of said rear stabilizing surfaces being transversely angled to each other, wherein the front stabilizing surfaces transversely angled to each other face generally in one of an upward or downward direction, and the rear stabilizing surfaces transversely angled to each other face generally in the other of an upward or downward direction, such that each of the front and rear stabilizing surfaces contacts the base during use to resist both vertical and horizontal loading.
A pet grooming tool comprising: a toothed portion, the toothed portion comprising a plurality of teeth arranged in a row and a plurality of edge segments, there being a gap between each adjacent pair of the teeth, the edge segments being configured and adapted to engage loose fur in a pet's coat as such loose fur extends through the gaps in a manner removing the loose fur from the pet's coat; and a fur ejector portion, the fur ejector portion comprising an edge, the edge of the fur ejector portion being movable between a first position and a second position relative to the toothed portion, the edge of the fur ejector portion being biased from the second position to the first position such that an external force is required to move the edge of the fur ejector portion from the first position to the second position, the fur ejector portion being configured and adapted to permit fur to pass through the gaps of the toothed portion when the edge of the fur ejector portion is in the first position, the edge of the fur ejector portion being adapted to slidably contact the teeth of the toothed portion and to contact fur passing through the gaps of the toothed portion in a manner forcing the fur out from the gaps of the toothed portion as the fur ejector portion moves away from the first position toward the second position. a toothed portion, the toothed portion comprising a plurality of teeth arranged in a row and a plurality of edge segments, there being a gap between each adjacent pair of the teeth, the edge segments being configured and adapted to engage loose fur in a pet's coat as such loose fur extends through the gaps in a manner removing the loose fur from the pet's coat; and a fur ejector portion, the fur ejector portion comprising an edge, the edge of the fur ejector portion being movable between a first position and a second position relative to the toothed portion, the edge of the fur ejector portion being biased from the second position to the first position such that an external force is required to move the edge of the fur ejector portion from the first position to the second position, the fur ejector portion being configured and adapted to permit fur to pass through the gaps of the toothed portion when the edge of the fur ejector portion is in the first position, the edge of the fur ejector portion being adapted to slidably contact the teeth of the toothed portion and to contact fur passing through the gaps of the toothed portion in a manner forcing the fur out from the gaps of the toothed portion as the fur ejector portion moves away from the first position toward the second position.
An ABS hydraulic unit (100, 200) for performing an antilock brake control of a hydraulic brake comprising: a pump and a valve (13, 13f, 14, 14f) mounted in a hydraulic circuit for making the hydraulic brake perform braking; a motor for operating the pump; a block (50, 150) into which the pump, the valve (13, 13f, 14, 14f) and the motor are assembled; and a control circuit board for controlling the motor and the valve (13, 13f, 14, 14f), wherein the block (50, 150) has a first surface into which the motor and the valve (13, 13f, 14, 14f) are assembled, and a second surface which intersects with the first surface, and the valve (13, 13f, 14, 14f) is positioned between the control circuit board and the motor, characterized in that the control circuit board is arranged on the second surface such that the control circuit board extends away from the block (50, 150) in a direction parallel to the second surface along the motor and valve, the control circuit board being electrically connected with the motor and the valve (13, 13f, 14, 14f) through a wire extending along the first surface. a pump and a valve (13, 13f, 14, 14f) mounted in a hydraulic circuit for making the hydraulic brake perform braking; a motor for operating the pump; a block (50, 150) into which the pump, the valve (13, 13f, 14, 14f) and the motor are assembled; and a control circuit board for controlling the motor and the valve (13, 13f, 14, 14f), wherein the block (50, 150) has a first surface into which the motor and the valve (13, 13f, 14, 14f) are assembled, and a second surface which intersects with the first surface, and the valve (13, 13f, 14, 14f) is positioned between the control circuit board and the motor, characterized in that the control circuit board is arranged on the second surface such that the control circuit board extends away from the block (50, 150) in a direction parallel to the second surface along the motor and valve, the control circuit board being electrically connected with the motor and the valve (13, 13f, 14, 14f) through a wire extending along the first surface.
A balun comprising: a center conductor configured to pass through a printed wiring board comprised of multiple dielectric layers (25a-25d); and cage vias arranged relative to the center conductor, the cage vias comprising: a first set (30a-30c) of cage vias that extend between an unbalanced connection to the balun and a balanced connection to the balun, the first set of cage vias being part of a first circular arc and being connectable to electrical ground through a first ground ring; and a second set (30a-30i) of cage vias that extend from the unbalanced connection part-way through the printed wiring board, the second set of cage vias being part of a second circular arc and being connectable to the electrical ground through a second ground ring, the second circular arc being longer than the first circular arc. a center conductor configured to pass through a printed wiring board comprised of multiple dielectric layers (25a-25d); and cage vias arranged relative to the center conductor, the cage vias comprising: a first set (30a-30c) of cage vias that extend between an unbalanced connection to the balun and a balanced connection to the balun, the first set of cage vias being part of a first circular arc and being connectable to electrical ground through a first ground ring; and a second set (30a-30i) of cage vias that extend from the unbalanced connection part-way through the printed wiring board, the second set of cage vias being part of a second circular arc and being connectable to the electrical ground through a second ground ring, the second circular arc being longer than the first circular arc. a first set (30a-30c) of cage vias that extend between an unbalanced connection to the balun and a balanced connection to the balun, the first set of cage vias being part of a first circular arc and being connectable to electrical ground through a first ground ring; and a second set (30a-30i) of cage vias that extend from the unbalanced connection part-way through the printed wiring board, the second set of cage vias being part of a second circular arc and being connectable to the electrical ground through a second ground ring, the second circular arc being longer than the first circular arc.