mhurhangee/patent-ind-claim-en huggingface dataset:
A substrate processing apparatus comprising: a polishing table to which a polishing pad for polishing a substrate (WF) is attachable; a polishing head for holding and pressing the substrate (WF) against the polishing pad ; a retainer member disposed surrounding the polishing head ; and a retainer member pressurization chamber disposed adjacent to the retainer member ; an arm for holding and turning the polishing head ; characterized in that the substrate processing apparatus further comprises: a slip out detector for detecting a slip out of the substrate (WF) from the polishing head based on a turning torque of the arm or based, together with the turning torque of the arm , on a flow rate of a fluid supplied to the retainer member pressurization chamber , and an arm torque detector for detecting a physical quantity correlated to the turning torque of the arm , wherein the slip out detector is configured to detect the slip out of the substrate (WF) from the polishing head based on a change in the physical quantity detected by the arm torque detector. a polishing table to which a polishing pad for polishing a substrate (WF) is attachable; a polishing head for holding and pressing the substrate (WF) against the polishing pad ; a retainer member disposed surrounding the polishing head ; and a retainer member pressurization chamber disposed adjacent to the retainer member ; an arm for holding and turning the polishing head ; a slip out detector for detecting a slip out of the substrate (WF) from the polishing head based on a turning torque of the arm or based, together with the turning torque of the arm , on a flow rate of a fluid supplied to the retainer member pressurization chamber , and an arm torque detector for detecting a physical quantity correlated to the turning torque of the arm , wherein the slip out detector is configured to detect the slip out of the substrate (WF) from the polishing head based on a change in the physical quantity detected by the arm torque detector.
An OLED emitter having a chemical structure of Structure I: where Pt is in the oxidation state of II complexed to a tetradentate ligand where: X 1 -X 4 are independently carbon, nitrogen, silicon or phosphorous; R 1 -R 12 are independently selected from hydrogen, halogen, hydroxyl, unsubstituted alkyl, substituted alkyl, cycloalkyl, unsubstituted aryl, substituted aryl, acyl, alkoxy, acyloxy, amino, nitro, acylamino, aralkyl, cyano, carboxyl, thio, styryl, aminocarbonyl, carbamoyl, aryloxycarbonyl, phenoxycarbonyl, or alkoxycarbonyl; and E is an emission intensity enhancement group comprising an aromatic group conjugated to the ligand's phenyl groups, and, optionally, where adjacent R 1 -R 12 and E groups are independently combined in a 5-8 member ring, and R 1 , R 2 , R 11 and R 12 are not amino or a substituted nitrogen heterocyclic aromatic.
A magnetic device for treating an epithelial layer associated with a cornea of a human eye, comprising: a magnetic field generator for generating magnetic pulses having a magnitude of up to 3 T at a distance of up to 10 cm from the generator, and a duration of from 50 μs to 2000 μs, wherein said magnitude increases during each pulse at a rate of change of at least 200 T/s in the absolute value; and a table-top device including a chin and/or forehead rest for positioning the magnetic field generator at a well-regulated distance from the cornea for generating a magnetic field perpendicular to a surface of the cornea. a magnetic field generator for generating magnetic pulses having a magnitude of up to 3 T at a distance of up to 10 cm from the generator, and a duration of from 50 μs to 2000 μs, wherein said magnitude increases during each pulse at a rate of change of at least 200 T/s in the absolute value; and a table-top device including a chin and/or forehead rest for positioning the magnetic field generator at a well-regulated distance from the cornea for generating a magnetic field perpendicular to a surface of the cornea.
A frequency locked loop comprising: a digitally controlled oscillator configured to generate a frequency signal (F); a frequency counter and sequencer circuit configured to generate an estimate (f_EST) of the frequency of the frequency signal (F) by counting periods of the frequency signal (F) during a counting phase having a start and an end timed by corresponding transitions of a reference clock signal (CLK_REF), the frequency counter and sequencer circuit being further configured to have a computing phase during which periods of the frequency signal are not counted; and a controller configured to generate a digital control signal (C_FREQ) for controlling the digitally controlled oscillator based on the estimated frequency (f_EST), characterized in that the controller is clocked by a further clock signal (CLK) having a variable frequency, and the controller is configured to generate and provide to the frequency counter and sequencer circuit a trigger signal (AUTO_CLEAR) for triggering, after resynchronization of the trigger signal with the reference clock signal (CLK_REF), the end of the computing phase. a digitally controlled oscillator configured to generate a frequency signal (F); a frequency counter and sequencer circuit configured to generate an estimate (f_EST) of the frequency of the frequency signal (F) by counting periods of the frequency signal (F) during a counting phase having a start and an end timed by corresponding transitions of a reference clock signal (CLK_REF), the frequency counter and sequencer circuit being further configured to have a computing phase during which periods of the frequency signal are not counted; and a controller configured to generate a digital control signal (C_FREQ) for controlling the digitally controlled oscillator based on the estimated frequency (f_EST), characterized in that the controller is clocked by a further clock signal (CLK) having a variable frequency, and the controller is configured to generate and provide to the frequency counter and sequencer circuit a trigger signal (AUTO_CLEAR) for triggering, after resynchronization of the trigger signal with the reference clock signal (CLK_REF), the end of the computing phase.
An optical system comprising a microlens array , an image sensor and a printed circuit board , wherein the microlens array is directly glued to the image sensor , wherein the system comprises a resin layer placed, but not glued, between the base of the image sensor and one of the following: the printed circuit board , a stiffener attached to the printed circuit board , or the printed circuit board with a stiffener attached at its bottom; and wherein the image sensor is bonded to the printed circuit board with at least one glue drop or line or with an elastic adhesive material applied on at least one of the lateral sides of the image sensor . the printed circuit board , a stiffener attached to the printed circuit board , or the printed circuit board with a stiffener attached at its bottom;
A liquid delivery system for an inkjet type dispenser, comprising: a printhead unit ; a reservoir separate from the printhead unit ; a flow path from the reservoir through the printhead unit and back to the reservoir ; an interconnect to connect a removable liquid container to the flow path; and a single pump configured to pump ink along the flow path: from the reservoir through the printhead unit and back to the reservoir ; and from the interconnect to the reservoir when a removable liquid container is connected to the interconnect , wherein the pump is configured to pull liquid from the reservoir and from a removable liquid container when the container is connected to the interconnect , and the system comprises a pressure control device configured to inhibit the flow of liquid from the reservoir so that a pressure to pull liquid from the reservoir is greater than a pressure to pull liquid from the removable liquid container connected to the interconnect . a printhead unit ; a reservoir separate from the printhead unit ; a flow path from the reservoir through the printhead unit and back to the reservoir ; an interconnect to connect a removable liquid container to the flow path; and a single pump configured to pump ink along the flow path: from the reservoir through the printhead unit and back to the reservoir ; and from the interconnect to the reservoir when a removable liquid container is connected to the interconnect , wherein the pump is configured to pull liquid from the reservoir and from a removable liquid container when the container is connected to the interconnect , and the system comprises a pressure control device configured to inhibit the flow of liquid from the reservoir so that a pressure to pull liquid from the reservoir is greater than a pressure to pull liquid from the removable liquid container connected to the interconnect . from the reservoir through the printhead unit and back to the reservoir ; and from the interconnect to the reservoir when a removable liquid container is connected to the interconnect , wherein the pump is configured to pull liquid from the reservoir and from a removable liquid container when the container is connected to the interconnect , and the system comprises a pressure control device configured to inhibit the flow of liquid from the reservoir so that a pressure to pull liquid from the reservoir is greater than a pressure to pull liquid from the removable liquid container connected to the interconnect .
An integrated circuit (IC) device comprising: a microcontroller operating with a first supply voltage received at a first external pin of a plurality of external pins (306..308) and comprising an input/output, I/O, circuitry operating with an I/O supply voltage, the I/O circuitry comprising a plurality of input/output ports (400; 500) comprising level shifters for selecting between a plurality of supply voltages, wherein the microcontroller comprises an I/O voltage supply comprising switching circuitry (309; 504) operable to select the I/O supply voltage, an internal voltage regulator generating a second supply voltage different from said first supply voltage; wherein the switching circuitry (309; 504) is coupled with the first external pin and an output of the internal voltage regulator wherein the switching circuitry (309; 504) is controllable to select the first or second supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports of the I/O circuitry, and wherein the switching circuitry (309; 504) is further coupled with a second external pin configured to receive a third supply voltage different from said first and second supply voltage wherein the switching circuitry (309; 504) is controllable to select the first, second, or third supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports of the I/O circuitry. a microcontroller operating with a first supply voltage received at a first external pin of a plurality of external pins (306..308) and comprising an input/output, I/O, circuitry operating with an I/O supply voltage, the I/O circuitry comprising a plurality of input/output ports (400; 500) comprising level shifters for selecting between a plurality of supply voltages, wherein the microcontroller comprises an I/O voltage supply comprising switching circuitry (309; 504) operable to select the I/O supply voltage, an internal voltage regulator generating a second supply voltage different from said first supply voltage; wherein the switching circuitry (309; 504) is coupled with the first external pin and an output of the internal voltage regulator wherein the switching circuitry (309; 504) is controllable to select the first or second supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports of the I/O circuitry, and wherein the switching circuitry (309; 504) is further coupled with a second external pin configured to receive a third supply voltage different from said first and second supply voltage wherein the switching circuitry (309; 504) is controllable to select the first, second, or third supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports of the I/O circuitry.
A refrigerant service system comprising: an inlet port configured to connect to an air conditioning system; a recovery valve fluidly connected to the inlet port ; an accumulator fluidly connected to the recovery valve and including a pressure transducer configured to generate an electronic signal corresponding to a pressure in the accumulator ; and a controller operable to determine a target pressure for the accumulator based on at least one sensed condition of refrigerant, to obtain a current pressure in the accumulator from the pressure transducer , and to operate the recovery valve based upon the accumulator target pressure to control flow of refrigerant from the air conditioning system to the accumulator as a function of the obtained current pressure and the determined target pressure for the accumulator characterized in that the controller is further configured to obtain at least two pressure readings from the pressure transducer in the accumulator , determine a rate of change of the accumulator pressure based upon the at least two pressure readings, and determine the target pressure in the accumulator based upon the determined rate of change of the accumulator pressure. an inlet port configured to connect to an air conditioning system; a recovery valve fluidly connected to the inlet port ; an accumulator fluidly connected to the recovery valve and including a pressure transducer configured to generate an electronic signal corresponding to a pressure in the accumulator ; and a controller operable to determine a target pressure for the accumulator based on at least one sensed condition of refrigerant, to obtain a current pressure in the accumulator from the pressure transducer , and to operate the recovery valve based upon the accumulator target pressure to control flow of refrigerant from the air conditioning system to the accumulator as a function of the obtained current pressure and the determined target pressure for the accumulator characterized in that the controller is further configured to obtain at least two pressure readings from the pressure transducer in the accumulator , determine a rate of change of the accumulator pressure based upon the at least two pressure readings, and determine the target pressure in the accumulator based upon the determined rate of change of the accumulator pressure.
A method for generating source code from at least one hierarchical block of a block diagram, a hierarchical block comprising a plurality of subordinate blocks for implementing calculations of the hierarchical block, the hierarchical block comprising at least one communication block for exchanging data with a block outside the hierarchical block, the at least one communication block being provided with a reference to a data object, the method comprising reading in the block diagram (S1), replacing the reference (S4) with the data object referenced by the reference, determining at least one code generation setting (S5) using the data object, wherein the code generation setting comprises specifying a data object to be used in the code and/or specifying a data type for a data object used in the code, generating an intermediate representation (S7), performing at least one optimization (S8) on the intermediate representation, and translating the intermediate representation into source code (S10). reading in the block diagram (S1), replacing the reference (S4) with the data object referenced by the reference, determining at least one code generation setting (S5) using the data object, wherein the code generation setting comprises specifying a data object to be used in the code and/or specifying a data type for a data object used in the code, generating an intermediate representation (S7), performing at least one optimization (S8) on the intermediate representation, and translating the intermediate representation into source code (S10).
An elastic torsion element for connecting a rotor blade to a rotor hub of a rotor , the elastic torsion element comprising at least two elastically deformable plates , wherein each one of the at least two elastically deformable plates comprises fiber reinforced polymers, wherein respective fibers of the fiber reinforced polymers of each one of the at least two elastically deformable plates are at least arranged along a first and a second dominant fiber directions , and wherein the elastic torsion element comprises an integrated elastic lead-lag hinge characterized in that the first dominant fiber direction crosses the second dominant fiber direction in a predetermined fiber direction crossing region , and the lead-lag hinge is formed at the predetermined fiber direction crossing region .
A liquid ring pump comprising: a head having an inlet passage and a discharge passage ; a body including a first stage working chamber and a second stage working chamber ; an inter-stage passage in fluid connection with a discharge outlet opening from said first stage working chamber , said inter-stage passage also in fluid connection with an inlet opening into said second stage working chamber ; an inter-stage discharge bypass system comprising a bypass passage from said inter-stage passage into said discharge passage of said head and at least a portion of a valve in fluid connection with said bypass passage , characterized in that said inter-stage passage , included by a cone coupled to said head , is disposed completely within the body and the head and said valve is adapted to conduct a fluid to flow through said bypass passage to completely bypass said second stage working chamber when a pressure within said bypass passage is at or below a pre-determined pressure. a head having an inlet passage and a discharge passage ; a body including a first stage working chamber and a second stage working chamber ; an inter-stage passage in fluid connection with a discharge outlet opening from said first stage working chamber , said inter-stage passage also in fluid connection with an inlet opening into said second stage working chamber ; an inter-stage discharge bypass system comprising a bypass passage from said inter-stage passage into said discharge passage of said head and at least a portion of a valve in fluid connection with said bypass passage ,
A refrigerator , comprising: a cabinet in which a storage space is formed; a storage chamber door pivotally connected to the cabinet and configured to open or close the storage space; wherein the refrigerator further comprises an ice making chamber which is formed on a front surface of the storage chamber door and inwardly recessed to receive an ice maker and an ice bin; a dispenser disposed at the front surface of the storage chamber door and configured to discharge ice from the ice bin; an ice making chamber door mounted to the front surface of the storage chamber door and configured to open or close the ice making chamber ; characterized in that an auxiliary door is pivotally connected to the storage chamber door or the ice making chamber door and the auxiliary door is completely covering the dispenser ; wherein a pivot axis of the auxiliary door is parallel to the pivot axis of the storage chamber door ; wherein the auxiliary door is pivotally connected to the storage chamber door and completely covers the front surface of the ice making chamber door and the storage chamber door ; and wherein a locking mechanism is disposed between the auxiliary door and the storage chamber door to lock the auxiliary door on the storage chamber door . a cabinet in which a storage space is formed; a storage chamber door pivotally connected to the cabinet and configured to open or close the storage space; wherein the refrigerator further comprises an ice making chamber which is formed on a front surface of the storage chamber door and inwardly recessed to receive an ice maker and an ice bin; a dispenser disposed at the front surface of the storage chamber door and configured to discharge ice from the ice bin; an ice making chamber door mounted to the front surface of the storage chamber door and configured to open or close the ice making chamber ; characterized in that an auxiliary door is pivotally connected to the storage chamber door or the ice making chamber door and the auxiliary door is completely covering the dispenser ; wherein a pivot axis of the auxiliary door is parallel to the pivot axis of the storage chamber door ; wherein the auxiliary door is pivotally connected to the storage chamber door and completely covers the front surface of the ice making chamber door and the storage chamber door ; and wherein a locking mechanism is disposed between the auxiliary door and the storage chamber door to lock the auxiliary door on the storage chamber door .
A wiring substrate comprising a layered structure including one or more insulation layers and one or more conductor layers , a plurality of connection terminals (T1) formed on the layered structure so as to be separated from one another; and a filling member filled between the connection terminals (T1); wherein each of the connection terminals (T1) has an upper surface and a side surface, the side surface being composed of a contact surface (T1a) which is in contact with the filling member , and a spaced surface (T1b) which is not in contact with the filling member and which is located above the contact surface (T1a) and below a top surface of the filling member ; the thickness (D2) of the filling member is smaller than the thickness (D3) of each connection terminal (T1); the wiring substrate being characterized in that for each of the connection terminals (T1), a metal plating layer (M) is formed on the upper surface and the spaced surface (T1b) thereof; the layered structure has a solder resist layer stacked on the front surface side of the filling member and having an opening through which the connection terminals (T1) are exposed, and covering the one or more conductor layers connected to the connection terminals (T1), a space (S) is provided between the spaced surface (T1b) and the filling member , the space having a depth (D) of 6 μm or less and a width (W) of 6 μm or less, and the metal plating layer (M) having entered the space (S) . a layered structure including one or more insulation layers and one or more conductor layers , a plurality of connection terminals (T1) formed on the layered structure so as to be separated from one another; and a filling member filled between the connection terminals (T1); wherein each of the connection terminals (T1) has an upper surface and a side surface, the side surface being composed of a contact surface (T1a) which is in contact with the filling member , and a spaced surface (T1b) which is not in contact with the filling member and which is located above the contact surface (T1a) and below a top surface of the filling member ; the thickness (D2) of the filling member is smaller than the thickness (D3) of each connection terminal (T1); the wiring substrate being characterized in that for each of the connection terminals (T1), a metal plating layer (M) is formed on the upper surface and the spaced surface (T1b) thereof; the layered structure has a solder resist layer stacked on the front surface side of the filling member and having an opening through which the connection terminals (T1) are exposed, and covering the one or more conductor layers connected to the connection terminals (T1), a space (S) is provided between the spaced surface (T1b) and the filling member , the space having a depth (D) of 6 μm or less and a width (W) of 6 μm or less, and the metal plating layer (M) having entered the space (S) .