mhurhangee/patent-ind-claim-en huggingface dataset:
An unloading station for a processing station for cutting tubular or bar-shaped workpieces , comprising - an unloading apparatus which receives workpieces that are guided out of the processing station , - at least one workpiece support to which the at least one workpiece can be transferred from the unloading apparatus , - a discharging apparatus for selectively discharging workpieces from the unloading apparatus , characterized in that the discharging apparatus comprises a longitudinal conveyor apparatus that extends at least between the unloading apparatus and the workpiece support and comprises a workpiece crossover which allows the workpiece delivered from the unloading apparatus to be transferred to the longitudinal conveyor apparatus or onto the workpiece support . - an unloading apparatus which receives workpieces that are guided out of the processing station , - at least one workpiece support to which the at least one workpiece can be transferred from the unloading apparatus , - a discharging apparatus for selectively discharging workpieces from the unloading apparatus , characterized in that the discharging apparatus comprises a longitudinal conveyor apparatus that extends at least between the unloading apparatus and the workpiece support and comprises a workpiece crossover which allows the workpiece delivered from the unloading apparatus to be transferred to the longitudinal conveyor apparatus or onto the workpiece support .
An inductive component for use in an integrated circuit, comprising: a magnetic core ; a first plurality of conductors arranged on a first side of the magnetic core; a second plurality of conductors arranged on a second side of the magnetic core; and a plurality of conductive connections connecting selected ones of the first plurality of conductors to selected ones of the second plurality of conductors so as to form a first coil having a coil axis, characterised in that the inductive component further comprises a compensation structure for compensating for core saturation non-uniformity, wherein the compensation structure includes the first coil, said coil having a varying conductor width in the direction of the coil axis to provide a varying turns density of the coil, wherein the conductor width of the coil increases with increasing distance from a first end of the magnetic core and a second end of the magnetic core towards a central portion of the magnetic core along the coil axis, so that the turns density of the coil towards and at the central portion of the magnetic core is lower than the turns density of the coil at the first end of the magnetic core and lower than the turns density of the coil at the second end of the magnetic core along the coil axis. a magnetic core ; a first plurality of conductors arranged on a first side of the magnetic core; a second plurality of conductors arranged on a second side of the magnetic core; and a plurality of conductive connections connecting selected ones of the first plurality of conductors to selected ones of the second plurality of conductors so as to form a first coil having a coil axis, characterised in that the inductive component further comprises a compensation structure for compensating for core saturation non-uniformity, wherein the compensation structure includes the first coil, said coil having a varying conductor width in the direction of the coil axis to provide a varying turns density of the coil, wherein the conductor width of the coil increases with increasing distance from a first end of the magnetic core and a second end of the magnetic core towards a central portion of the magnetic core along the coil axis, so that the turns density of the coil towards and at the central portion of the magnetic core is lower than the turns density of the coil at the first end of the magnetic core and lower than the turns density of the coil at the second end of the magnetic core along the coil axis.
A method for obtaining content of service information performed by a terminal device, the method comprising: detecting (S101; S401) service network information broadcasted via a wireless network associated with a service information provider; obtaining (S101; S401) an identifier included in the service network information, the identifier including identification information of the wireless network; identifying (S402) the service information provider based on a corresponding relation between the identifier and the service information provider, and obtaining (S403) the content of service information comprising services available from the service information provider, based on the identified service information provider, preset as content of service information; and displaying the content of service information on a terminal device. detecting (S101; S401) service network information broadcasted via a wireless network associated with a service information provider; obtaining (S101; S401) an identifier included in the service network information, the identifier including identification information of the wireless network; identifying (S402) the service information provider based on a corresponding relation between the identifier and the service information provider, and obtaining (S403) the content of service information comprising services available from the service information provider, based on the identified service information provider, preset as content of service information; and displaying the content of service information on a terminal device.
A method for obtaining light field data of a scene from a sequence of images of the scene, each image being captured at a different viewpoint by a use of a non-light-field image capture device , the method being executed by said non-light-field image capture device , the method comprising: - obtaining a reference image of the scene at a reference viewpoint, wherein an interest area of the scene is comprised in the reference image, and wherein a reference position (x0,y0) is associated with said interest area in a reference local coordinate system of said capture device; - responsive to detecting a change of position or angle orientation of said capture device , obtaining a current image of the scene at a current viewpoint; - identifying said interest area of the scene in the current image; - determining , in the reference local coordinate system, a current position (xc,yc) of said interest area identified in the current image; - comparing the current position (xc,yc) with the reference position (x0,y0); - in case a distance between the current position (xc,yc) and the reference position (x0,y0) is below a threshold, capturing said current image, and else providing a capture guidance indicator indicating to a user how to readjust a relative position of said capture device such that said current position (xc,yc) of said interest area matches said reference position (x0,y0), and capturing a current image when said capture device has been readjusted; and, - processing at least said reference image and said captured current image to obtain light field data. - obtaining a reference image of the scene at a reference viewpoint, wherein an interest area of the scene is comprised in the reference image, and wherein a reference position (x0,y0) is associated with said interest area in a reference local coordinate system of said capture device; - responsive to detecting a change of position or angle orientation of said capture device , obtaining a current image of the scene at a current viewpoint; - identifying said interest area of the scene in the current image; - determining , in the reference local coordinate system, a current position (xc,yc) of said interest area identified in the current image; - comparing the current position (xc,yc) with the reference position (x0,y0); - in case a distance between the current position (xc,yc) and the reference position (x0,y0) is below a threshold, capturing said current image, and else providing a capture guidance indicator indicating to a user how to readjust a relative position of said capture device such that said current position (xc,yc) of said interest area matches said reference position (x0,y0), and capturing a current image when said capture device has been readjusted; and, - processing at least said reference image and said captured current image to obtain light field data.
An image pickup apparatus , comprising: a body ; a display section that is pivotable on the body between a first state in which a display surface is oriented to rear surface side of the body and a second state in which the display surface is oriented to front surface side of the body; a display controller that varies an arrangement state of a predetermined icon depending on orientation of the body, when the display section is in the second state, the predetermined icon being displayed on the display section; characterized in that it also comprises a viewfinder that is contained inside the body and is to be popped up from the body when in use; wherein the display controller varies a display state of the display section depending on a contained state of the viewfinder, when the display section is in the second state. a body ; a display section that is pivotable on the body between a first state in which a display surface is oriented to rear surface side of the body and a second state in which the display surface is oriented to front surface side of the body; a display controller that varies an arrangement state of a predetermined icon depending on orientation of the body, when the display section is in the second state, the predetermined icon being displayed on the display section; characterized in that it also comprises a viewfinder that is contained inside the body and is to be popped up from the body when in use; wherein the display controller varies a display state of the display section depending on a contained state of the viewfinder, when the display section is in the second state.
An apparatus for ultrasound sensing, the apparatus comprising: an ultrasonic receiver array including a plurality of ultrasonic sensor pixels, each ultrasonic sensor pixel including an ultrasonic receiver, and each ultrasonic sensor pixel configured to operate in a read mode of operation; an ultrasonic transmitter array segmented into at least two distinct separately controllable ultrasonic transmitter strip elements, each ultrasonic transmitter strip element controllable to operate in a transmit mode of operation; and a sensor controller operably coupled with the ultrasonic transmitter array and the ultrasonic receiver array and configured to apply excitation signals to the ultrasonic transmitter array and read received signals from the ultrasonic sensor pixels; wherein: the sensor controller is configured to apply a first excitation signal to a first ultrasonic transmitter strip element of the ultrasonic transmitter array at a first time; the sensor controller is configured to apply a second excitation signal to a second ultrasonic transmitter strip element of the ultrasonic transmitter array at a second time with a first temporal delay between the first time and second time; and the sensor controller is configured to set a first and second range gate window, RGW, to accommodate the first temporal delay. an ultrasonic receiver array including a plurality of ultrasonic sensor pixels, each ultrasonic sensor pixel including an ultrasonic receiver, and each ultrasonic sensor pixel configured to operate in a read mode of operation; an ultrasonic transmitter array segmented into at least two distinct separately controllable ultrasonic transmitter strip elements, each ultrasonic transmitter strip element controllable to operate in a transmit mode of operation; and a sensor controller operably coupled with the ultrasonic transmitter array and the ultrasonic receiver array and configured to apply excitation signals to the ultrasonic transmitter array and read received signals from the ultrasonic sensor pixels; wherein: the sensor controller is configured to apply a first excitation signal to a first ultrasonic transmitter strip element of the ultrasonic transmitter array at a first time; the sensor controller is configured to apply a second excitation signal to a second ultrasonic transmitter strip element of the ultrasonic transmitter array at a second time with a first temporal delay between the first time and second time; and the sensor controller is configured to set a first and second range gate window, RGW, to accommodate the first temporal delay. the sensor controller is configured to apply a first excitation signal to a first ultrasonic transmitter strip element of the ultrasonic transmitter array at a first time; the sensor controller is configured to apply a second excitation signal to a second ultrasonic transmitter strip element of the ultrasonic transmitter array at a second time with a first temporal delay between the first time and second time; and the sensor controller is configured to set a first and second range gate window, RGW, to accommodate the first temporal delay.
Horological display mechanism with a variable geometry, including at least one elastic hand which includes a first drive pipe rigidly connected to a first end of a flexible blade , and a second drive pipe rigidly connected to another end of said flexible blade , and including a display index which, in an unstressed free state of said elastic hand in which both said first pipe and said second pipe are not subjected to any stress and are distant from one another, is distant from said first pipe and from said second pipe , the service position of said elastic hand being a stressed position in which said first pipe and said second pipe are coaxial to one another about an output shaft (D), said display mechanism including first means for driving said first pipe about said output shaft (D), and second means for driving said second pipe about said output shaft (D), said first drive means and second drive means being arranged to deform said flexible blade , by varying the angular position of said second pipe with respect to the angular position of said first pipe about said output shaft (D), and to vary the radial position of said display index with respect to said output shaft (D), said display mechanism including at least one mechanism of the differential type acting on the drive train of the first pipe and on the drive train of said second pipe and said differential mechanism including at least a first planetary wheel for driving said first pipe and/or a second planetary wheel for driving said second pipe , and at least one input planet-carrier chassis driven in rotation by motor means for driving said elastic hand , characterised in that said display mechanism includes a torque-regulating mechanism acting on said input planet-carrier chassis .
Valve with a valve housing , which has a control connection as well as a fluid inlet and a fluid outlet , and with a control piston , which is arranged so as to be longitudinally movable in the valve housing and, counter to the action of an energy accumulator , in particular in the form of a compression spring, by means of a control pressure prevailing at the control connection brings the control piston into at least one position forming a fluid-conducting connection between the fluid inlet and the fluid outlet or blocks this connection, wherein a first orifice is arranged in the control piston , which orifice connects the control connection to a receiving chamber for the energy accumulator in a fluid-conducting manner, and wherein a second orifice is arranged in an intermediate part in the valve housing , by means of which the receiving space can be connected to a compensating chamber , characterised in that the valve is provided for use as a pressure compensator in hydraulically operable lifting devices and in that the compensating chamber is in fluid-conducting connection with the fluid outlet .
A snow groomer having a track drivable by means of a drive system, wherein das drive system has two electric motors associated with a sprocket wheel of each side of the track , characterized in that a work hydraulics system is provided which has at least one hydrostatic rotary drive associated with a work function of the snow groomer, wherein the work hydraulics system has a tiller motor designed as a hydrostatic rotary drive for a tilling shaft of a rear-mounted tiller and a hydrostatic brake pump , a hydrostatic work pump and a hydrostatic fan pump ; wherein a hydrostatic tiller pump applying a hydraulic pressure for the tiller motor is associated with the tiller motor ; wherein the work pump serves to build up a hydrostatic pressure for linear actuators to adjust the clearing blade and/or for linear actuators to adjust the rear attachment carrier; and wherein the fan pump serves to generate a hydrostatic pressure for operating a hydrostatic rotary drive for a fan wheel to ventilate and cool electric function units of the snow groomer , and in that the work hydraulics system is driven by at least one electric motor supplied from an energy source mounted on the vehicle side, and in that the hydrostatic tiller pump , the hydrostatic fan pump , the hydrostatic work pump and the hydrostatic brake pump are driven coaxially by a drive shaft of the electric motor .
Test device for testing a data cable for a motor vehicle, having: - a constant current source which is configured to adjust a current intensity of an electrical current (DC) to a predetermined target value (S), - a connection device for connecting one end of the data cable , - a switching device which is configured to electrically connect the constant current source to the connection device on the basis of a switching signal , - a voltage tap for capturing an electrical voltage signal (U) of the data cable , and - a control device which is configured to switch the switching device using the switching signal and to therefore connect the constant current source to the connection device and then, while the current (DC) from the constant current source which has been adjusted to the target value (S) is flowing into the data cable or out of the data cable via the connection device , to capture the voltage signal (U) at the voltage tap and to test a predetermined period of the voltage signal (U) on the basis of a predetermined test criterion for detecting a defect in the data cable ; characterized in that the test criterion is independent of a connection of another end of the data cable , wherein the test criterion provides for only such a period of the voltage signal (U) which arises before a reflection of a signal at the other end of the data cable reaches the first, connected end of the data cable or the voltage tap again to be taken into account. - a constant current source which is configured to adjust a current intensity of an electrical current (DC) to a predetermined target value (S), - a connection device for connecting one end of the data cable , - a switching device which is configured to electrically connect the constant current source to the connection device on the basis of a switching signal , - a voltage tap for capturing an electrical voltage signal (U) of the data cable , and - a control device which is configured to switch the switching device using the switching signal and to therefore connect the constant current source to the connection device and then, while the current (DC) from the constant current source which has been adjusted to the target value (S) is flowing into the data cable or out of the data cable via the connection device , to capture the voltage signal (U) at the voltage tap and to test a predetermined period of the voltage signal (U) on the basis of a predetermined test criterion for detecting a defect in the data cable ; characterized in that the test criterion is independent of a connection of another end of the data cable , wherein the test criterion provides for only such a period of the voltage signal (U) which arises before a reflection of a signal at the other end of the data cable reaches the first, connected end of the data cable or the voltage tap again to be taken into account.
A vaccine for use in protecting a pig against an infection with porcine endemic diarrhea virus (PEDV), the vaccine comprising non-live PEDV antigen and a non-metabolizable oil containing adjuvant, wherein the oil is a mineral oil and the total amount of oil in the vaccine is less than 50% v/v, by administration of a dose of the antigen corresponding to at least 3.0E6 TCID 50 killed whole PEDV to the said pig, defined as the dose of the antigen is such that at least a VN titre is obtained with the antigen that is the same as the VN titre that can be obtained with a vaccine comprising per dose 3.0E6 TCID 50 killed whole PED virus.
A packaging substrate having an interposer , comprising: a multilayered interconnect board , having a first surface and a second surface opposite to each other; an insulation supporting layer , disposed on the first surface and having an opening region (R10), wherein a portion of the first surface is exposed at the opening region (R10); an interposer , disposed on the first surface at the opening region (R10) and having a third surface and a fourth surface opposite to each other, wherein the third surface of the interposer faces the first surface of the multilayered interconnect board , and a stress releasing gap is between an outer-sidewall of the interposer and an inner-sidewall of the opening region (R10), a compliant layer , disposed between the third surface of the interposer and the first surface of the multilayered interconnect board , wherein the interposer has a plurality of through holes and a plurality of conductive posts correspondingly disposed in the through holes , and the conductive posts penetrate the compliant layer and electrically connect with the multilayered interconnect board ; and a redistribution layer , disposed on the fourth surface of the interposer and electrically connected with the conductive posts , characterized in that the stress releasing gap is an un-filled empty space. a multilayered interconnect board , having a first surface and a second surface opposite to each other; an insulation supporting layer , disposed on the first surface and having an opening region (R10), wherein a portion of the first surface is exposed at the opening region (R10); an interposer , disposed on the first surface at the opening region (R10) and having a third surface and a fourth surface opposite to each other, wherein the third surface of the interposer faces the first surface of the multilayered interconnect board , and a stress releasing gap is between an outer-sidewall of the interposer and an inner-sidewall of the opening region (R10), a compliant layer , disposed between the third surface of the interposer and the first surface of the multilayered interconnect board , wherein the interposer has a plurality of through holes and a plurality of conductive posts correspondingly disposed in the through holes , and the conductive posts penetrate the compliant layer and electrically connect with the multilayered interconnect board ; and a redistribution layer , disposed on the fourth surface of the interposer and electrically connected with the conductive posts , characterized in that the stress releasing gap is an un-filled empty space.
A polyamide resin comprising a diamine-derived structural unit and a dicarboxylic acid-derived structural unit, wherein 70 mol% or more of the diamine-derived structural unit is derived from m-xylylenediamine; and 30 to 60 mol% of the dicarboxylic acid-derived structural unit is derived from a straight chain aliphatic α,ω-dicarboxylic acid containing 4 to 20 carbon atoms; and 70 to 40 mol% of the dicarboxylic acid-derived structural unit is derived from isophthalic acid; wherein the polyamide resin further comprises phosphorus atoms in a proportion of 20 to 200 ppm by mass, and calcium atoms in such a proportion that the molar ratio between the phosphorus atoms and the calcium atoms is 1:0.3 to 0.7.