mhurhangee/ep-ind-claims huggingface dataset:
A laser radar device mounted on a vehicle, comprising: a first laser emission part (25, R1, R2, R3, R4; 25L) configured to generate a measuring laser beam (L21, L22, L23, L24; L2) by using a laser beam emitted from a laser source and to illuminate a predetermined area in a front traveling direction; and a second laser emission part (25, R5, R6; 25H) configured to generate a measuring laser beam (L25, L26; L2A) by using the laser beam emitted from the laser source and to illuminate a predetermined area on a road surface, and a rotating polygonal mirror (25; 25L, 25H) comprising one or more reflecting surfaces (R1-R6) characterized in that the first laser emission part and the second laser emission part are configured to generate a respective measuring laser beam by causing the one or more reflecting surfaces (R1-R6) on the rotating polygonal mirror (25; 25L, 25H) to reflect the laser beam emitted from the laser source such that a spread angle of the respective measuring laser beam is based on a shape of a corresponding reflective surface, and a road-surface beam spread angle (a), viewed from a side of the vehicle, of the measuring laser beam (L25, L26; L2A) generated by the second laser emission part is larger than a front beam spread angle, viewed from a side of the vehicle, of the measuring laser beam (L21, L22, L23, L24; L2) generated by the first laser emission part. a first laser emission part (25, R1, R2, R3, R4; 25L) configured to generate a measuring laser beam (L21, L22, L23, L24; L2) by using a laser beam emitted from a laser source and to illuminate a predetermined area in a front traveling direction; and a second laser emission part (25, R5, R6; 25H) configured to generate a measuring laser beam (L25, L26; L2A) by using the laser beam emitted from the laser source and to illuminate a predetermined area on a road surface, and a rotating polygonal mirror (25; 25L, 25H) comprising one or more reflecting surfaces (R1-R6) characterized in that the first laser emission part and the second laser emission part are configured to generate a respective measuring laser beam by causing the one or more reflecting surfaces (R1-R6) on the rotating polygonal mirror (25; 25L, 25H) to reflect the laser beam emitted from the laser source such that a spread angle of the respective measuring laser beam is based on a shape of a corresponding reflective surface, and a road-surface beam spread angle (a), viewed from a side of the vehicle, of the measuring laser beam (L25, L26; L2A) generated by the second laser emission part is larger than a front beam spread angle, viewed from a side of the vehicle, of the measuring laser beam (L21, L22, L23, L24; L2) generated by the first laser emission part.
A button inserter comprising: a shaft having a fulcrum extending beyond a distal tip of the shaft, wherein the fulcrum of the shaft is configured to constrain translational and rotational motion of a button; an inner rod within the shaft having a button mating surface extending from a distal tip of the inner rod, wherein the button mating surface of the inner rod is configured to constrain translational and rotational motion of the button; and a handle including a handle switch that translates the inner rod between a) an extended position where the button mating surface of the inner rod extends beyond the distal tip of the shaft and b) a retracted position where the button mating surface of the inner rod is located completely within the shaft, wherein the fulcrum is configured to allow rotational motion of the button about the fulcrum when the inner rod moves from the extended position to the retracted position. a shaft having a fulcrum extending beyond a distal tip of the shaft, wherein the fulcrum of the shaft is configured to constrain translational and rotational motion of a button; an inner rod within the shaft having a button mating surface extending from a distal tip of the inner rod, wherein the button mating surface of the inner rod is configured to constrain translational and rotational motion of the button; and a handle including a handle switch that translates the inner rod between a) an extended position where the button mating surface of the inner rod extends beyond the distal tip of the shaft and b) a retracted position where the button mating surface of the inner rod is located completely within the shaft, wherein the fulcrum is configured to allow rotational motion of the button about the fulcrum when the inner rod moves from the extended position to the retracted position.
A connecting element, comprising a metal substrate having two opposite joining surfaces (1, 2), wherein the joining surfaces (1, 2) are bearing hard particles, which are fixed on the metal substrate by means of a metallic binder layer, characterized in that at least one part of the metallic binder layer of at least one of the two opposite joining surfaces (1, 2) is coated with at least one layer of a coating material (6, 7, 8, 9), wherein the coating material is a polymeric material.
Vitamin K1 or vitamin K3 for use in a method for treating a skin or mucosal ulceration in a subject, the method comprising applying to the skin or mucosal ulceration an amount of the vitamin K1 or vitamin K3 effective to treat the skin or mucosal ulceration, wherein the vitamin K1 or vitamin K3 activates EGFR and wherein vitamin K1 is applied to the skin or mucosal ulceration at a concentration of at least 450 μg/ml.
Method for decoding a stream of coded data representative of a sequence of images divided into blocks of pixels characterized in that it comprises the following steps for a current block: - determining a prediction block, - calculating the average of pixels of said prediction block (avr pred), - reconstructing, from said stream, a DC coefficient (IresDC) of pixels and reconstructing AC coefficients relating to said current block by decoding and then dequantizing, - calculating an average (avr cr_dec) of said current block from said average of pixels of said prediction block (avr pred) and said DC coefficient (IresDC), - calculating a weighted prediction parameter (wp cr_dec) as being the ratio of the average of said current block (avr cr_dec) and the average of pixels of said prediction block (avr pred), - transforming a block of coefficients comprising a null value as DC coefficient and said reconstructed AC coefficients into a residual block, - reconstructing the current block by merging said residual block of pixels and said prediction block weighted by said weighted prediction parameter. - determining a prediction block, - calculating the average of pixels of said prediction block (avr pred), - reconstructing, from said stream, a DC coefficient (IresDC) of pixels and reconstructing AC coefficients relating to said current block by decoding and then dequantizing, - calculating an average (avr cr_dec) of said current block from said average of pixels of said prediction block (avr pred) and said DC coefficient (IresDC), - calculating a weighted prediction parameter (wp cr_dec) as being the ratio of the average of said current block (avr cr_dec) and the average of pixels of said prediction block (avr pred), - transforming a block of coefficients comprising a null value as DC coefficient and said reconstructed AC coefficients into a residual block, - reconstructing the current block by merging said residual block of pixels and said prediction block weighted by said weighted prediction parameter.
A process for forming a laminate with capacitance, comprising: providing a substrate; applying a conductive foil anode to said substrate; forming a dielectric on said conductive foil; forming a first isolation dam on at least one region of said dielectric; forming a layer of solid electrolyte consisting of a conductive polymer or manganese dioxide that is applied from a solution or suspension and optionally carbon and conductive metal layers on at least one region of said dielectric wherein said first isolation dam circumvents said layer of solid electrolyte to form a cathode region; and treating said conductive foil to electrically isolate a region of said conductive foil containing said layer of solid electrolyte from additional conductive foil forming the anode. providing a substrate; applying a conductive foil anode to said substrate; forming a dielectric on said conductive foil; forming a first isolation dam on at least one region of said dielectric; forming a layer of solid electrolyte consisting of a conductive polymer or manganese dioxide that is applied from a solution or suspension and optionally carbon and conductive metal layers on at least one region of said dielectric wherein said first isolation dam circumvents said layer of solid electrolyte to form a cathode region; and treating said conductive foil to electrically isolate a region of said conductive foil containing said layer of solid electrolyte from additional conductive foil forming the anode.
A device for adjusting an optical tube, which is disposed in a housing of a spotlight or optical device and which is guided in the housing in the direction of the optical axis of the spotlight or optical device, with an adjustment drive (30 - 34), an operating element and a brake device disposed between the tube and the housing, which with the adjustment drive (6; 30 - 34) not activated connects the tube to the housing in a non-positive locking and/or positive-locking manner and which on activation of the adjustment drive (30 - 34) releases the connection between the tube and the housing and enables adjustment of the tube along the optical axis of the spotlight or optical device, characterized in that, the adjustment drive (30 - 34) can be coupled by means of a control device (51, 52) that activates or deactivates the brake device to the operating element such that on operating the operating element the brake device releases the connection between the tube and the housing, on further operation of the operating element the adjustment drive (30 - 34) adjusts the tube along the optical axis of the spotlight or optical device and on terminating operation of the operating element the brake device again connects the tube to the housing in a non-positive locking and/or positive locking manner.
An inductive power transfer receiver including: a. a resonant circuit, having a receiving coil connected in series with a capacitor; b. a voltage multiplier or charge pump for providing a DC output to a load; and c. a power control switch for regulating the power supplied to the load; characterised in that it further includes d. a controller configured to control the power control switch to regulate the power supplied to the load based on detecting a voltage spike in a voltage across the power control switch or a voltage across a diode of the voltage multiplier or charge pump; wherein the power control switch is connected in series with the resonant circuit. a. a resonant circuit, having a receiving coil connected in series with a capacitor; b. a voltage multiplier or charge pump for providing a DC output to a load; and c. a power control switch for regulating the power supplied to the load; characterised in that it further includes d. a controller configured to control the power control switch to regulate the power supplied to the load based on detecting a voltage spike in a voltage across the power control switch or a voltage across a diode of the voltage multiplier or charge pump; wherein the power control switch is connected in series with the resonant circuit.
A method comprising: receiving, at an input interface of a camera sensor module, cropping information for a current video frame from a host apparatus; capturing the current video frame at a camera sensor of the camera sensor module; at the camera sensor module, performing a first image stabilization crop of the current video frame using a first cropping window to form a cropped video frame, wherein one or more of a size and a position of the first cropping window has been adjusted in response to the received cropping information; and sending, from an output interface of the camera sensor module, the cropped video frame to the host apparatus for completion of digital image stabilization via performance of a second image stabilization crop. receiving, at an input interface of a camera sensor module, cropping information for a current video frame from a host apparatus; capturing the current video frame at a camera sensor of the camera sensor module; at the camera sensor module, performing a first image stabilization crop of the current video frame using a first cropping window to form a cropped video frame, wherein one or more of a size and a position of the first cropping window has been adjusted in response to the received cropping information; and sending, from an output interface of the camera sensor module, the cropped video frame to the host apparatus for completion of digital image stabilization via performance of a second image stabilization crop.
A process for producing electrode materials, which comprises treating a mixed oxide which comprises lithium and at least one transition metal as cations with at least one oxygen-containing organic compound of sulfur or phosphorus or a corresponding alkali metal or ammonium salt of an oxygen-containing organic compound of sulfur or phosphorus, or a fully alkylated derivative of an oxygen-containing compound of sulfur or phosphorus.
A method of manufacturing acetic acid by carbonylating methanol with carbon monoxide by way of a heterogeneous catalytic reaction in a bubble column reactor, characterized in that the carbonylating reaction is conducted with a solid catalyst concentration of not less than 100 kg/m 3 in terms of the reaction volume, wherein the partial pressure of carbon monoxide in the reactor is between 1.0 and 2.5 MPa and the exhaustion ratio of carbon monoxide is between 3 and 15% of the theoretical reaction volume of carbon monoxide, while the liquid superficial velocity is between 0.2 and 1.0 m/sec.
Roll stand for the rolling of metal flat products, comprising at least two driven rolls, which form a rolling gap therebetween for the rolling material, and at least one spindle head mounting for temporary rotationally secure reception of drive-side heads of spindles of the rolls, wherein the spindle head mounting comprises at least one first and second chuck (8, 9), which respectively receive a first and a second spindle head (4, 5) and which are actuable in the sense of an opening movement and a closing movement, wherein the first and/or second chuck (8, 9) in installed position are constructed to be vertically adjustable in the position thereof relative to one another and wherein the adjustability of the first and/or second chuck (8, 9) is independent of the opening movement and closing movement, wherein the chucks (8, 9) comprise first and second retaining jaws (10, 11), wherein the retaining jaws (10, 11) are formed to be complementary to one another and are adjustable towards and away from one another in the sense of an opening movement and a closing movement or the chucks (8, 9) are formed by hydraulically actuable and movably guided clamping heads (20, 21), wherein the spindle head mounting comprises at least four clamping heads (20, 21) arranged in pairs relative to one another, wherein two clamping heads (20, 21) form a respective chuck (8, 9), characterised in that the retaining jaws (10, 11) are of multi-part construction and comprise first and second retaining jaw segments (15, 16), which are vertically adjustable relative to one another and which each form a respective chuck (8, 9), wherein the adjustability of the lower retaining jaw segments relative to the upper retaining jaw segments is produced by adjusting cylinders, the lower retaining jaw segments are guided at the upper retaining jaw segments to be vertically displaceable and corresponding guide strips are provided at the lower retaining jaw segments or alternatively the upper retaining jaw segments are constructed to be adjustable relative to the lower retaining jaw segments or the lower clamping heads are constructed to be vertically adjustable relative to the upper clamping heads, wherein the upper or lower clamping heads (20, 21) are secured to holders (6, 7), which are rigidly connected with a roll housing of the roll stand and at which the clamping heads (20, 21) are guided to be movable.
An analogue display watch including an electronic horological movement comprising a first and a second electric motor (13, 14) kinematically connected respectively to an hour hand and to a minute hand, said electric motors being power supplied by an electric accumulator, said horological movement also comprising an integrated circuit connected to said motors and to a control member, the watch being characterised in that the integrated circuit is configured so as to control, when the control member is requested by a user, the first and the second electric motor (13, 14) to rotate the hour and minute hands at an angular speed of displacement of six degrees per second, and in such a way that they are disposed so as to be collinear and that they are superimposed on each other.
A method for transmitting a physical layer protocol data unit performed by an apparatus, comprising: generating, a physical layer protocol data unit, PPDU, wherein the PPDU comprises a long training field carrying an LTF sequence, a 320 MHz 4x LTF sequence is 4xEHT_LTF_320M -2036:2036, 4xEHT_LTF_320M -2036:2036 = {4xEHT_LTF_partA, 0 5, 4xEHT_LTF_partB, 0 23, 4xEHT_LTF_partA, 0 5,-4xEHT_LTF_partB, 0 23, -4xEHT_LTF_partA, 0 5, -4xEHT_LTF_partB, 0 23, -4xEHT_LTF_partA, 0 5, 4xEHT_LTF_partB}, wherein 0 5 represents 5 consecutive 0s; 0 23 represents 23 consecutive 0s; sending the PPDU. generating, a physical layer protocol data unit, PPDU, wherein the PPDU comprises a long training field carrying an LTF sequence, a 320 MHz 4x LTF sequence is 4xEHT_LTF_320M -2036:2036, 4xEHT_LTF_320M -2036:2036 = {4xEHT_LTF_partA, 0 5, 4xEHT_LTF_partB, 0 23, 4xEHT_LTF_partA, 0 5,-4xEHT_LTF_partB, 0 23, -4xEHT_LTF_partA, 0 5, -4xEHT_LTF_partB, 0 23, -4xEHT_LTF_partA, 0 5, 4xEHT_LTF_partB}, wherein 0 5 represents 5 consecutive 0s; 0 23 represents 23 consecutive 0s; sending the PPDU.
A magnetic time delay indicator providing a visual output for signalling to a user that a predetermined time interval has lapsed, comprising a first compartment (2, 12, 22) and a second compartment (3, 13, 23) connected by an orifice (5, 15, 25), characterized in that it further comprises: - a magnetic liquid (6, 16, 26) provided predominantly inside one of the first compartment (2, 12, 22) or the second compartment (3, 13, 23) and - a magnet means providing a magnetic force moving the magnetic liquid (6, 16, 26) through the orifice (5, 15, 25) from one of the first (2, 12, 22) or the second compartment (3, 13, 23) and into the other of the first (2, 12, 22) or second compartment (3, 13, 23) within a predetermined time interval. - a magnetic liquid (6, 16, 26) provided predominantly inside one of the first compartment (2, 12, 22) or the second compartment (3, 13, 23) and - a magnet means providing a magnetic force moving the magnetic liquid (6, 16, 26) through the orifice (5, 15, 25) from one of the first (2, 12, 22) or the second compartment (3, 13, 23) and into the other of the first (2, 12, 22) or second compartment (3, 13, 23) within a predetermined time interval.
A method for automatically setting ID in UART ring communication in which a master and a plurality of slaves (11, 12, 13, 14) are formed in a ring-type network, the method characterised by: initializing the master to output a master ID (initializing step); receiving, by the plurality of slaves (11~14), the master ID, setting its own IDs by adding the master ID to a reference value and outputting the set ID (slave ID setting step); changing, by the plurality of slaves (11~14), its own IDs based on whether its own ID is same as the received ID, receiving, by the master, the IDs outputted by the plurality of slaves (11~14), and changing a currently highest value of slave IDs stored in the master in response to values of received slave IDs (changing step); and finishing the ID setting or re-setting the slave IDs, in response to the Current Max Slave ID (finish determining step). initializing the master to output a master ID (initializing step); receiving, by the plurality of slaves (11~14), the master ID, setting its own IDs by adding the master ID to a reference value and outputting the set ID (slave ID setting step); changing, by the plurality of slaves (11~14), its own IDs based on whether its own ID is same as the received ID, receiving, by the master, the IDs outputted by the plurality of slaves (11~14), and changing a currently highest value of slave IDs stored in the master in response to values of received slave IDs (changing step); and finishing the ID setting or re-setting the slave IDs, in response to the Current Max Slave ID (finish determining step).
Flap fitting for furniture, wherein the flap fitting can be arranged on a body and has a base body on which a support lever is rotatably mounted, and a pivotably mounted control lever, wherein the support lever and the control lever can be connected via spaced rotary shafts (61, 71) in an articulated manner to a flap or can be connected to a flap via further levers, wherein the flap is pretensioned via an energy accumulator at least over part of the range of movement, and the energy accumulator pretensions the flap in the closing direction in a closed position and pretensions the flap in the opening direction in an opening region, wherein a damper assembly is provided on or in the base body, said damper assembly having a first spring holder and a second spring holder, between which at least two springs are arranged which are designed as coil springs, characterized in that in each of the at least two springs a linear damper having a damper housing and a piston rod which can be displaced relative to the damper housing is arranged between the first and second spring holders (22, 24), and whereby the damper housing has different regions with different diameters in the piston working chamber.
A method performed by a relay node in a wireless network adapted for multi-hop routing of data packets, the method comprises the steps of: - storing S1 a data packet received from a preceding relay node, PRN, in the network in a data packet buffer; - transmitting S2 the buffered data packet towards a succeeding relay node, SRN, in the network; - receiving S3, from the SRN, a relay ACK message, RACK message associated to said transmitted data packet; and - determining S4, based on the received RACK, whether to flush the data packet from the data packet buffer the method being characterised by that it is determined to flush said data packet from the data packet buffer if a timer, set with a predetermined time-out value upon receiving said RACK message, has expired. - storing S1 a data packet received from a preceding relay node, PRN, in the network in a data packet buffer; - transmitting S2 the buffered data packet towards a succeeding relay node, SRN, in the network; - receiving S3, from the SRN, a relay ACK message, RACK message associated to said transmitted data packet; and - determining S4, based on the received RACK, whether to flush the data packet from the data packet buffer