mhurhangee/patent-ind-claim-en huggingface dataset:
A piston for an opposed-piston engine, comprising: a crown with an end surface comprising a bowl configured to form a combustion chamber in cooperation with an adjacent end surface of an opposing piston; a substantially circumferential top land of the crown which meets the end surface at a substantially circular peripheral edge ; a skirt comprising a sidewall extending away from the crown; a wristpin bore that opens through the sidewall, the wristpin bore having a wristpin bore axis ; the wristpin bore configured to receive a wristpin that couples the piston to a connecting rod that swings in an envelope of motion defined by an envelope axis , the envelope axis being substantially orthogonal to the wristpin bore axis; and, the end surface including a pair of injection regions across which fuel is injected into the bowl; in which the injection regions are disposed in respective diametrically-opposed quadrants (I, II, III, IV) of the end surface, the diametrically-opposed quadrants being defined by the wristpin bore axis and the envelope axis; and, in which each injection region extends along a respective arc concentric with the substantially circular peripheral edge; the crown further comprising an interior annular cooling gallery defined at least partially by an inner surface of the substantially circumferential top land, and characterised by inlet passageways positioned in the interior annular cooling gallery substantially in alignment with the injection regions. a crown with an end surface comprising a bowl configured to form a combustion chamber in cooperation with an adjacent end surface of an opposing piston; a substantially circumferential top land of the crown which meets the end surface at a substantially circular peripheral edge ; a skirt comprising a sidewall extending away from the crown; a wristpin bore that opens through the sidewall, the wristpin bore having a wristpin bore axis ; the wristpin bore configured to receive a wristpin that couples the piston to a connecting rod that swings in an envelope of motion defined by an envelope axis , the envelope axis being substantially orthogonal to the wristpin bore axis; and, the end surface including a pair of injection regions across which fuel is injected into the bowl; in which the injection regions are disposed in respective diametrically-opposed quadrants (I, II, III, IV) of the end surface, the diametrically-opposed quadrants being defined by the wristpin bore axis and the envelope axis; and, in which each injection region extends along a respective arc concentric with the substantially circular peripheral edge; the crown further comprising an interior annular cooling gallery defined at least partially by an inner surface of the substantially circumferential top land, and characterised by inlet passageways positioned in the interior annular cooling gallery substantially in alignment with the injection regions.
A thermal printer performing a printing process for forming an image on recording paper using an ink ribbon having a function of performing cleaning of a thermal head by being heated, the thermal printer comprising: the thermal head having a function of emitting heat; and a printing control unit controlling the thermal head , wherein the thermal printer performs a cleaning process of performing the cleaning of the thermal head , and in the cleaning process, in accordance with control of the printing control unit , the thermal head applies, to the ink ribbon , heat of a heat quantity with which a dye applied onto the ink ribbon does not sublime and with which the cleaning is performed wherein, in the ink ribbon , transfer regions (Rt1) to which the dye used in forming the image is applied exist, characterized in that the thermal printer is configured to perform the cleaning process using a region (Rga, Rgb) in the ink ribbon interposed between the transfer regions (Rt1). the thermal head having a function of emitting heat; and a printing control unit controlling the thermal head , wherein the thermal printer performs a cleaning process of performing the cleaning of the thermal head , and in the cleaning process, in accordance with control of the printing control unit , the thermal head applies, to the ink ribbon , heat of a heat quantity with which a dye applied onto the ink ribbon does not sublime and with which the cleaning is performed wherein, in the ink ribbon , transfer regions (Rt1) to which the dye used in forming the image is applied exist, characterized in that the thermal printer is configured to perform the cleaning process using a region (Rga, Rgb) in the ink ribbon interposed between the transfer regions (Rt1).
A lens moving apparatus comprising: a bobbin adapted to move upward and downward in a first direction; a housing in which the bobbin is accommodated, the bobbin being movable upward and downward in the first direction in the housing, wherein a first stepped portion is formed on the housing ; a cover member accommodating the bobbin and the housing ; and a base to which a lower portion of the cover member is coupled, wherein the cover member has an opening (S) formed in an upper wall thereof, and wherein a first stopper is disposed around a periphery of the opening (S) of the cover member, wherein the first stopper limits a distance by which the bobbin moves upward, wherein the bobbin includes a fourth stopper , wherein the fourth stopper protrudes from an outer surface of the bobbin , and wherein the fourth stopper comprises a second protrusion , which is disposed such that a lower surface thereof faces the first stepped portion so as to limit a distance by which the bobbin moves downward, characterized in that the cover member includes a third stopper formed at a side wall thereof and consisting of an inward protrusion of an inner surface of the side wall so as to limit a distance by which the housing moves in a second direction or a third direction, wherein the second direction and the third direction are perpendicular to the first direction. a bobbin adapted to move upward and downward in a first direction; a housing in which the bobbin is accommodated, the bobbin being movable upward and downward in the first direction in the housing, wherein a first stepped portion is formed on the housing ; a cover member accommodating the bobbin and the housing ; and a base to which a lower portion of the cover member is coupled, wherein the cover member has an opening (S) formed in an upper wall thereof, and wherein a first stopper is disposed around a periphery of the opening (S) of the cover member, wherein the first stopper limits a distance by which the bobbin moves upward, wherein the bobbin includes a fourth stopper , wherein the fourth stopper protrudes from an outer surface of the bobbin , and wherein the fourth stopper comprises a second protrusion , which is disposed such that a lower surface thereof faces the first stepped portion so as to limit a distance by which the bobbin moves downward, characterized in that the cover member includes a third stopper formed at a side wall thereof and consisting of an inward protrusion of an inner surface of the side wall so as to limit a distance by which the housing moves in a second direction or a third direction, wherein the second direction and the third direction are perpendicular to the first direction.
Headphones or a headset comprising at least one housing with an acoustic radiator having a planar magnetic system placed therein, and comprising an ear cup cushion located on the outer surface of the radiator, the acoustic radiator being driven by the planar magnetic system, wherein the ear cup cushion and the housing is performed detachable, wherein the ear cup cushion is rigidly connected to at least one acoustically transparent ferromagnetic screen connected to the housing by means of an interaction of the ferromagnetic screen with the magnetic field of the planar magnetic system on the outer surface of the radiator, and the magnetic conductivity of the ferromagnetic screen is sufficient to increase the magnetic induction in a gap of the magnetic system of the radiator and to hold the ear cup cushion with a ferromagnetic shield on the housing and wherein the ferromagnetic screen is in the form of a net or a perforated plate and through-holes area of the ferromagnetic screen is from 40% to 80% of the total screen area.
A data receiving method, comprising: receiving (S201) first indication information, wherein the first indication information is used to indicate a target frequency domain position; determining (S202) a first time-frequency resource based on a time domain position of a control resource set and the target frequency domain position, wherein a frequency domain position of the first time-frequency resource is the same as the target frequency domain position, and a time domain position of the first time-frequency resource is the same as the time domain position of the control resource set; and receiving (S204) data on a target time-frequency resource, wherein the target time-frequency resource comprises a second time-frequency resource and a part of resources in the first time-frequency resource, wherein the part of resources in the first time-frequency resource comprise a time-frequency resource in the first time-frequency resource other than an area overlapping a physical downlink control channel already decoded by a terminal. receiving (S201) first indication information, wherein the first indication information is used to indicate a target frequency domain position; determining (S202) a first time-frequency resource based on a time domain position of a control resource set and the target frequency domain position, wherein a frequency domain position of the first time-frequency resource is the same as the target frequency domain position, and a time domain position of the first time-frequency resource is the same as the time domain position of the control resource set; and receiving (S204) data on a target time-frequency resource, wherein the target time-frequency resource comprises a second time-frequency resource and a part of resources in the first time-frequency resource, wherein the part of resources in the first time-frequency resource comprise a time-frequency resource in the first time-frequency resource other than an area overlapping a physical downlink control channel already decoded by a terminal.
Balance-spring including a spiral spring formed of a strip wound on itself in several coils and a collet including a strip extending substantially in the form of a triangle, the strip including, at each of the vertices of said triangle, a bulge extending radially towards the inner coil (S I ) of the spring , the point of attachment between the spring and the collet being located on one of the bulges of said triangle which is symmetrical with respect to the staff (A, 103) passing through the centre (C) of the collet and said point of attachment, the strip , between each of the vertices of said triangle, being formed of first and second extended areas (Z 1x , Z 2x ) of substantially constant widths (W 1x , W 2x ) and of a third area (Z 3x , Z 4x , Z 5x ), between the first and second areas (Z 1x , Z 2x ), which has a thickened width compared to those (W 1x , W 2x ) of the first and second areas (Z 1x , Z 2x ) and which is arranged to be fitted onto a staff (A, 103) in order to shift the elastic deformation stresses on the first and second two areas (Z 1x , Z 2x ), characterized in that the length of the third area (Z 3x , Z 4x , Z 5x ) represents between 20% and 50% of the total length of the three areas (Z 1x , Z 2x , Z 3x , Z 4x , Z 5x ).
Laundry airer having an open-out frame with a plurality of open-out arms for accommodating a clothes lines , and having at least one clothes line , of which the end is arrested on an arm , wherein the arm has an opening through which the clothes line is guided, and wherein the region of the end portion of the clothes line is provided with an arresting device , wherein the arresting device comprises a loop of the clothes line and a first clip , wherein the first clip encloses a double strand of the clothes line and fixes the loop , characterized in that the arresting device is formed by the loop of the clothes line and by the first clip and a second clip , wherein the second clip encloses the end of the clothes line and the length of the second clip is greater than the greatest extent of the opening .
A tourbillon mechanism for a timepiece comprising: - a tourbillon cage housing a regulating member comprising a balance , a spiral spring and an escapement, pivotally mounted on said cage , said cage being arranged to rotate about an axis of rotation and comprising a first pivot ; - a fixed wheel intended to be mounted integrally with a frame element of said timepiece and arranged to mesh with an escapement pinion which comprises said escapement; - a cage driving mobile coaxial with said cage , said cage driving mobile comprising a toothed wheel and a hub or shaft , and a second pivot ; wherein said cage is intended to be pivoted on frame elements of the timepiece between said first pivot and said second pivot , characterized in that said cage and said hub or shaft of the cage driving mobile rotate integrally by means of a first non-circular portion formed by two pins countersunk in an upper end of said shaft in a direction parallel to the axis of rotation of said shaft and adapted to interact with a second non-circular complementary portion located on the cage and adapted to receive said upper end of said shaft . - a tourbillon cage housing a regulating member comprising a balance , a spiral spring and an escapement, pivotally mounted on said cage , said cage being arranged to rotate about an axis of rotation and comprising a first pivot ; - a fixed wheel intended to be mounted integrally with a frame element of said timepiece and arranged to mesh with an escapement pinion which comprises said escapement; - a cage driving mobile coaxial with said cage , said cage driving mobile comprising a toothed wheel and a hub or shaft , and a second pivot ;
A recording device comprising: a recording head including a plurality of first nozzles configured to eject a first ink and a plurality of second nozzles configured to eject a penetrant liquid that promotes penetration of the first ink into a recording medium ; and a control unit configured to control the recording head to eject the first ink onto the recording medium, thereby recording onto the recording medium an image including a plurality of raster lines (RL) extending in a first direction (D1) and formed side by side in a second direction (D2) intersecting the first direction, characterized in that the control unit is configured to cause the recording head to record each of the raster lines of an overlapping region of the image by an overlap mode of recording one raster line using a plurality of the first nozzles, record the penetrant liquid in at least a portion of the overlapping region by the second nozzles, and record the penetrant liquid in a region of the image other than the overlapping region in an amount less than that of the penetrant liquid recorded in the at least a portion of the overlapping region, whereby the recorded amount of the penetrant liquid per unit area in regions of the image other than the overlapping region is less than the recorded amount of the penetrant liquid per unit area in the overlapping region. a recording head including a plurality of first nozzles configured to eject a first ink and a plurality of second nozzles configured to eject a penetrant liquid that promotes penetration of the first ink into a recording medium ; and a control unit configured to control the recording head to eject the first ink onto the recording medium, thereby recording onto the recording medium an image including a plurality of raster lines (RL) extending in a first direction (D1) and formed side by side in a second direction (D2) intersecting the first direction, characterized in that the control unit is configured to cause the recording head to record each of the raster lines of an overlapping region of the image by an overlap mode of recording one raster line using a plurality of the first nozzles, record the penetrant liquid in at least a portion of the overlapping region by the second nozzles, and record the penetrant liquid in a region of the image other than the overlapping region in an amount less than that of the penetrant liquid recorded in the at least a portion of the overlapping region, whereby the recorded amount of the penetrant liquid per unit area in regions of the image other than the overlapping region is less than the recorded amount of the penetrant liquid per unit area in the overlapping region.
A memory system comprising: a memory cell comprising: a poly-fuse-resistor ; and a bipolar junction transistor having a collector-emitter channel and a base-terminal ; wherein the collector-emitter channel of the bipolar junction transistor is connected in series with the poly-fuse resistor between a supply-voltage-terminal and a ground-terminal ; the base-terminal of the bipolar junction transistor is configured to receive a transistor-control-signal to selectively control a current flow through the poly-fuse-resistor and the collector-emitter-channel of the bipolar junction transistor ; and the transistor-control-signal is based on a write-bit-signal, representative of whether the memory cell is to be written to a logic value of 1, wherein the memory system is implemented on a BICMOS platform having a feature size that is less than 0.5um. a memory cell comprising: a poly-fuse-resistor ; and a bipolar junction transistor having a collector-emitter channel and a base-terminal ; a poly-fuse-resistor ; and a bipolar junction transistor having a collector-emitter channel and a base-terminal ; wherein the collector-emitter channel of the bipolar junction transistor is connected in series with the poly-fuse resistor between a supply-voltage-terminal and a ground-terminal ; the base-terminal of the bipolar junction transistor is configured to receive a transistor-control-signal to selectively control a current flow through the poly-fuse-resistor and the collector-emitter-channel of the bipolar junction transistor ; and the transistor-control-signal is based on a write-bit-signal, representative of whether the memory cell is to be written to a logic value of 1, wherein the memory system is implemented on a BICMOS platform having a feature size that is less than 0.5um.
A method of treating the skin comprising a glycosaminoglycan-containing mixture of substances for use in a method of dermatological treatment of the skin, characterized in that astragaloside IV is included, wherein the glycosaminoglycan has substantially cross-chain hyaluron chains, wherein the glycosaminoglycan has a concentration of from 0.2% to 5% by weight and the astragaloside IV has a concentration of from 0.1% to 5% by weight. astragaloside IV is included, wherein the glycosaminoglycan has substantially cross-chain hyaluron chains, wherein the glycosaminoglycan has a concentration of from 0.2% to 5% by weight and the astragaloside IV has a concentration of from 0.1% to 5% by weight.
An image rendering method for matrix data I from an input signal having a high dynamic range, the method implemented by computer comprising steps consisting in: - generating , from the initial matrix data, a first color image called "low-intensity image", in which the colors represent low intensities of the input signal; - generating , from the initial matrix data, a second color image called "high-intensity image", in which the colors represent high intensities of the input signal, said step comprising at least one filtering step consisting in applying, at each point (x, y) of the image, a non-linear low-pass filter of unimodal impulse response, centrally symmetrical with respect to the point of coordinates ; - generating a merged color image combining, point-for-point, the low-intensity image and the high-intensity image in an average, weighted by a constant factor, of each of the color components; - normalizing the combined image so that, at each point, the luminance of the resulting image is equal to the luminance of the low-intensity image; and - redimensioning the resulting image on at least one axis of the matrix. - generating , from the initial matrix data, a first color image called "low-intensity image", in which the colors represent low intensities of the input signal; - generating , from the initial matrix data, a second color image called "high-intensity image", in which the colors represent high intensities of the input signal, said step comprising at least one filtering step consisting in applying, at each point (x, y) of the image, a non-linear low-pass filter of unimodal impulse response, centrally symmetrical with respect to the point of coordinates ; - generating a merged color image combining, point-for-point, the low-intensity image and the high-intensity image in an average, weighted by a constant factor, of each of the color components; - normalizing the combined image so that, at each point, the luminance of the resulting image is equal to the luminance of the low-intensity image; and - redimensioning the resulting image on at least one axis of the matrix.
A patient support apparatus comprising a controller, a plurality of sensors, each sensor operable to provide a signal to the controller indicative of the status of a patient position monitoring system of the patient support apparatus , a frame, a barrier supported by the frame and movable vertically relative to the frame, the barrier comprising a handle; a control system, a user interface, and a notification system coupled to the controller, wherein the notification system is operable to process signals from the controller which provide an indication of the status of the patient position monitoring system compared to established acceptable operating conditions, and, if the status of the patient position monitoring system deviates from the established acceptable operating condition for the patient position monitoring system, provide a visual indication of the deviation by illuminating the handle in a first manner if the status of the patient position monitoring system is within an acceptable operating condition and in a second manner if the status of the patient position monitoring system is outside acceptable operating condition, characterised in that the handle has a plurality of light emitting diodes positioned within the handle such that emissions from the light emitting diodes are visible external to the handle and in that a visual indication of the status of the position of a patient is provided by illuminating the handle. a controller, a plurality of sensors, each sensor operable to provide a signal to the controller indicative of the status of a patient position monitoring system of the patient support apparatus , a frame, a barrier supported by the frame and movable vertically relative to the frame, the barrier comprising a handle; a control system, a user interface, and a notification system coupled to the controller, wherein the notification system is operable to process signals from the controller which provide an indication of the status of the patient position monitoring system compared to established acceptable operating conditions, and, if the status of the patient position monitoring system deviates from the established acceptable operating condition for the patient position monitoring system, provide a visual indication of the deviation by illuminating the handle in a first manner if the status of the patient position monitoring system is within an acceptable operating condition and in a second manner if the status of the patient position monitoring system is outside acceptable operating condition, characterised in that the handle has a plurality of light emitting diodes positioned within the handle such that emissions from the light emitting diodes are visible external to the handle and in that a visual indication of the status of the position of a patient is provided by illuminating the handle.