mhurhangee/patent-ind-claim-en huggingface dataset:
A transparent orthodontic appliance remote monitoring system comprising: a clear aligner configured to be worn on teeth for orthodontic treatment; a contact sensor module installed inside the clear aligner to detect wearing of the clear aligner on teeth through contact therewith; a user terminal that receives a signal from the contact sensor module and calculates a wearing time of the clear aligner from the received signal using an application, and a server computer for sharing information calculated in the user terminal to a clinic in charge, wherein the clear aligner has a tooth insertion groove into which the teeth are inserted, wherein a mounting groove for mounting the contact sensor module is formed on an inner surface of the tooth insertion groove , wherein the mounting groove is formed to correspond to the height of contour of a tooth of the teeth with no displacement or the least displacement between before and after the orthodontic treatment based on orthodontic treatment plan, wherein the clear aligner includes a first wall and a second wall facing each other to define the tooth insertion groove , and the mounting groove for mounting the contact sensor module is formed on the inner surface of the second wall , and characterized in that the clear aligner comprises a pinhole formed in the second wall to be connected to the mounting groove from the outside of the tooth insertion groove , and wherein the clear aligner further comprises a blocking member of soft resin material blocking the pinhole . a clear aligner configured to be worn on teeth for orthodontic treatment; a contact sensor module installed inside the clear aligner to detect wearing of the clear aligner on teeth through contact therewith; a user terminal that receives a signal from the contact sensor module and calculates a wearing time of the clear aligner from the received signal using an application, and a server computer for sharing information calculated in the user terminal to a clinic in charge, wherein the clear aligner has a tooth insertion groove into which the teeth are inserted, wherein a mounting groove for mounting the contact sensor module is formed on an inner surface of the tooth insertion groove , wherein the mounting groove is formed to correspond to the height of contour of a tooth of the teeth with no displacement or the least displacement between before and after the orthodontic treatment based on orthodontic treatment plan, wherein the clear aligner includes a first wall and a second wall facing each other to define the tooth insertion groove , and the mounting groove for mounting the contact sensor module is formed on the inner surface of the second wall , and characterized in that the clear aligner comprises a pinhole formed in the second wall to be connected to the mounting groove from the outside of the tooth insertion groove , and wherein the clear aligner further comprises a blocking member of soft resin material blocking the pinhole .
A tab member for use in a child resistant latchable slidable package , the tab member having opposed major faces connected by opposed side edges and comprising; a body portion ; and a cut-out defining a resiliently deformable latch member connected to the body portion by at least one live hinge , the latch member incorporating a latch formation that is moveable by a user in an unlatching direction substantially orthogonal to at least one side edge ; the unlatching direction lies substantially in a plane of the tab member ; and the body portion comprises upper and lower surfaces spaced apart to define a thickness of the body portion , in cross section substantially orthogonal to the side edge , the body portion and the latch member are of substantially the same thickness, characterized in that the tab member is a substantially planar cut or stamped sheet. a body portion ; and a cut-out defining a resiliently deformable latch member connected to the body portion by at least one live hinge , the latch member incorporating a latch formation that is moveable by a user in an unlatching direction substantially orthogonal to at least one side edge ; the unlatching direction lies substantially in a plane of the tab member ; and the body portion comprises upper and lower surfaces spaced apart to define a thickness of the body portion , in cross section substantially orthogonal to the side edge , the body portion and the latch member are of substantially the same thickness, characterized in that the tab member is a substantially planar cut or stamped sheet.
An outdoor unit comprising: a housing including a front panel , a side panel , and a back panel (30_1); and a heat exchanger , characterized in that the back panel (30_1) includes a connection port attachment portion to which a pipe connection port is attached, a heat exchanger holding piece to which the heat exchanger is attached, a back portion forming a part of an outer outline of the housing , and a recessed portion provided with the connection port attachment portion , the recessed portion being disposed on an inner side of the housing with respect to the back portion . a housing including a front panel , a side panel , and a back panel (30_1); and a heat exchanger , characterized in that the back panel (30_1) includes a connection port attachment portion to which a pipe connection port is attached, a heat exchanger holding piece to which the heat exchanger is attached, a back portion forming a part of an outer outline of the housing , and a recessed portion provided with the connection port attachment portion , the recessed portion being disposed on an inner side of the housing with respect to the back portion .
A method of texture encoding, comprising the steps of: obtaining a plurality of textures for application to geometric surfaces in a videogame; subdividing each of the obtained plurality of textures onto smaller textures of equal size, and using these as the plurality of textures; assembling a sequence of said plurality of textures as a temporal sequence of frames where each frame contains one of the smaller textures, by selecting a first texture for the sequence of textures from the plurality of textures and then, one or more times, adding to the sequence of textures a texture from the plurality of textures that is calculated to be the one most similar to the current last texture in the sequence of textures; generating sequence metadata indicating the location of textures in the sequence that are each obtained from subdivision of the same obtained texture; and encoding the assembled sequence of textures using a motion vector based video encoding scheme. obtaining a plurality of textures for application to geometric surfaces in a videogame; subdividing each of the obtained plurality of textures onto smaller textures of equal size, and using these as the plurality of textures; assembling a sequence of said plurality of textures as a temporal sequence of frames where each frame contains one of the smaller textures, by selecting a first texture for the sequence of textures from the plurality of textures and then, one or more times, adding to the sequence of textures a texture from the plurality of textures that is calculated to be the one most similar to the current last texture in the sequence of textures; selecting a first texture for the sequence of textures from the plurality of textures and then, one or more times, adding to the sequence of textures a texture from the plurality of textures that is calculated to be the one most similar to the current last texture in the sequence of textures; generating sequence metadata indicating the location of textures in the sequence that are each obtained from subdivision of the same obtained texture; and encoding the assembled sequence of textures using a motion vector based video encoding scheme.
A calibration system configured to calibrate an offset of a comparator of a delta-sigma analog-to-digital converter, ADC, wherein the ADC comprises: a flash quantizer comprising a plurality of comparators configured to convert an analog input signal to digital data, the plurality of comparators including the comparator, and a reference shuffling circuit configured to shuffle reference values of the plurality of comparators , wherein the reference values are configured to establish different thresholds for the comparators, the system comprising: a frequency filter configured to filter the digital data to remove frequency bins associated with the analog input signal to produce a filtered signal; a frequency summer configured to sum the remaining frequency bins in the filtered signal to produce a power signal; and calibration logic configured for receiving the power signal and to iteratively determine a calibration code for the comparator to minimize a power of the digital data and to adjust the offset of the comparator based on the power signal. a frequency filter configured to filter the digital data to remove frequency bins associated with the analog input signal to produce a filtered signal; a frequency summer configured to sum the remaining frequency bins in the filtered signal to produce a power signal; and calibration logic configured for receiving the power signal and to iteratively determine a calibration code for the comparator to minimize a power of the digital data and to adjust the offset of the comparator based on the power signal.
A mid-turbine frame for a gas turbine engine comprising: an inner frame case structurally supporting a bearing or bearing system and defining a sealed torque box , the torque box representing a cavity defined within the inner frame case ; a plurality of spokes protruding radially outward from the inner frame case , wherein said plurality of spokes are distributed circumferentially about said inner frame case , a joint between a radially inward end of each of said spokes and said inner frame case is sealed such that fluid transfer into said torque box at said joint is minimized, each of said spokes comprises a cooling passage extending from a radially outward end of the spoke toward said inner frame case , and each of said cooling passages extends to said inner frame case , characterized in that : a radially inward opening between said cooling passage and said torque box at said joint between the spoke and the inner frame case is sealed via a plug seal , wherein the plug seal blocks a radially inward end of the cooling passage through the spoke and completely seals the radially inward opening of the cooling passage ; and in that the mid-turbine frame further comprises at least one service line connected to the inner frame case via a connection feature , the connection feature interfacing the service line with a corresponding bearing support passage in the torque box , wherein the torque box is sealed at each opening for the service line passing through the torque box . an inner frame case structurally supporting a bearing or bearing system and defining a sealed torque box , the torque box representing a cavity defined within the inner frame case ; a plurality of spokes protruding radially outward from the inner frame case , wherein said plurality of spokes are distributed circumferentially about said inner frame case , a joint between a radially inward end of each of said spokes and said inner frame case is sealed such that fluid transfer into said torque box at said joint is minimized, each of said spokes comprises a cooling passage extending from a radially outward end of the spoke toward said inner frame case , and each of said cooling passages extends to said inner frame case , characterized in that : a radially inward opening between said cooling passage and said torque box at said joint between the spoke and the inner frame case is sealed via a plug seal , wherein the plug seal blocks a radially inward end of the cooling passage through the spoke and completely seals the radially inward opening of the cooling passage ; and in that the mid-turbine frame further comprises at least one service line connected to the inner frame case via a connection feature , the connection feature interfacing the service line with a corresponding bearing support passage in the torque box , wherein the torque box is sealed at each opening for the service line passing through the torque box .
A method performed by an appliance for washing and rinsing goods, where some of the goods loaded into the appliance are sensitive to process water temperature changes, comprising: receiving (S101) via a user interface , an instruction to execute a general-type washing programme; characterized by receiving (S102) via the user interface , a further instruction that the appliance during execution of the general-type washing programme should take into account that goods sensitive to temperature changes are loaded into the appliance ; measuring (S103) a temperature value in a washing compartment of the appliance upon executing a draining process; supplying (S104) fresh water to the washing compartment of the appliance ; measuring (S105), when the fresh water has been supplied, whether the process water being accommodated in a sump of the appliance is at a target temperature value or not, the target temperature value being defined to assume a value in a predetermined temperature range around the temperature value in the washing compartment measured during the draining process; and if not adjusting (S106) the temperature of the process water in the sump to attain the target temperature value, wherein the process water can be applied (S107) to the goods being sensitive to process water temperature changes. receiving (S101) via a user interface , an instruction to execute a general-type washing programme; characterized by receiving (S102) via the user interface , a further instruction that the appliance during execution of the general-type washing programme should take into account that goods sensitive to temperature changes are loaded into the appliance ; measuring (S103) a temperature value in a washing compartment of the appliance upon executing a draining process; supplying (S104) fresh water to the washing compartment of the appliance ; measuring (S105), when the fresh water has been supplied, whether the process water being accommodated in a sump of the appliance is at a target temperature value or not, the target temperature value being defined to assume a value in a predetermined temperature range around the temperature value in the washing compartment measured during the draining process; and if not adjusting (S106) the temperature of the process water in the sump to attain the target temperature value, wherein the process water can be applied (S107) to the goods being sensitive to process water temperature changes.
A device for coupling a drawer to a runner of a drawer slide , comprising - a fastening means for fastening the device to the drawer, - a detent element for latchingly connecting the device to the runner , - an actuation element for moving the detent element into a coupled position, in which the detent element is latchingly connected to the runner , and into a decoupled position, in which the detent element is not connected to the runner , - the fastening means , the detent element and the actuation element are integrally interconnected, forming a single coupling part , - the coupling part has two longitudinal struts extending parallel to each other, on each outer sideof which the detent element is formed, - that the longitudinal struts having a first end are formed on a base element of the coupling part ,said element having the fastening means , and - that the actuation element ,on an opposing side of the two longitudinal struts , protrudes from the same, characterized in that the actuation element has a connecting strut which connects the first longitudinal strut to the second longitudinal strut , wherein the connecting strut has an indentation directed toward the base element . - a fastening means for fastening the device to the drawer, - a detent element for latchingly connecting the device to the runner , - an actuation element for moving the detent element into a coupled position, in which the detent element is latchingly connected to the runner , and into a decoupled position, in which the detent element is not connected to the runner , - the fastening means , the detent element and the actuation element are integrally interconnected, forming a single coupling part , - the coupling part has two longitudinal struts extending parallel to each other, on each outer sideof which the detent element is formed, - that the longitudinal struts having a first end are formed on a base element of the coupling part ,said element having the fastening means , and - that the actuation element ,on an opposing side of the two longitudinal struts , protrudes from the same,
Self-cleaning probe for use in optical measurements in a flow containing a known liquid, the probe comprising a measuring cell defining a passage for the liquid to be measured to pass through, the probe including at least a first and second optical interface on opposite sides of the passage, both being in communication with the known liquid, the probe comprising at least one optical light source emitting an optical signal and a detector for receiving an optical signal having propagated partly or fully through the liquid flow from the first to the second interface, wherein the optical interfaces are mechanically and acoustically coupled to each other and are acoustically coupled to at least one acoustic transducer connected to a power source, adapted to produce vibrations in the frequency range of 5kHz-1MHz, the vibrations being substantially perpendicular to the plane of the interfaces , so that, when in use, the acoustic energy of the vibrations of the optical interfaces exceeds the cavitation threshold in the known liquid, so as to remove deposits on the optical interfaces.
An outdoor unit of an air conditioner, the outdoor unit comprising: an outdoor unit main body comprising a fan and a discharge port ; and a detection device installed in the outdoor unit main body to detect snow that piles up on the outdoor unit main body , wherein the detection device comprises: an optical sensor comprising a light-emitting unit and a light-receiving unit ; a reflecting plate disposed to be spaced from the optical sensor and configured to reflect optical signals radiated from the light-emitting unit ; a snow cover detection area disposed between the optical sensor and the reflecting plate ; an optical sensor housing on which the optical sensor is seated; and a frame disposed to extend from one side of the optical sensor housing to the reflecting plate so that the optical sensor housing and the reflecting plate are connected to each other. an outdoor unit main body comprising a fan and a discharge port ; and a detection device installed in the outdoor unit main body to detect snow that piles up on the outdoor unit main body , wherein the detection device comprises: an optical sensor comprising a light-emitting unit and a light-receiving unit ; a reflecting plate disposed to be spaced from the optical sensor and configured to reflect optical signals radiated from the light-emitting unit ; a snow cover detection area disposed between the optical sensor and the reflecting plate ; an optical sensor housing on which the optical sensor is seated; and a frame disposed to extend from one side of the optical sensor housing to the reflecting plate so that the optical sensor housing and the reflecting plate are connected to each other. an optical sensor comprising a light-emitting unit and a light-receiving unit ; a reflecting plate disposed to be spaced from the optical sensor and configured to reflect optical signals radiated from the light-emitting unit ; a snow cover detection area disposed between the optical sensor and the reflecting plate ; an optical sensor housing on which the optical sensor is seated; and a frame disposed to extend from one side of the optical sensor housing to the reflecting plate so that the optical sensor housing and the reflecting plate are connected to each other.
An electronic device comprising: a housing , an opening being formed through a wall surface of the housing , a contour of the opening is circular, wherein the housing has two stopping portions integrally disposed on the wall surface and spaced apart along the contour of the opening , the stopping portion having a circular arc contour corresponding to the contour of the opening , a notch being defined between a part of the stopping portions and the wall surface , the notch having a notch height (H); a button configured to be mounted at the opening and comprising: a pressing portion movably accommodated in the opening ; and an extending portion , an end of the extending portion being connected to the pressing portion , and the other end being fixed to the wall surface , wherein the extending portion movably passes through the notch , a thickness (D) of the extending portion passing through the notch being less than the notch height (H), wherein the button is rotated to displace the extending portion of the button into the notch ; and a switch disposed at a position corresponding to the pressing portion in the housing . a housing , an opening being formed through a wall surface of the housing , a contour of the opening is circular, wherein the housing has two stopping portions integrally disposed on the wall surface and spaced apart along the contour of the opening , the stopping portion having a circular arc contour corresponding to the contour of the opening , a notch being defined between a part of the stopping portions and the wall surface , the notch having a notch height (H); a button configured to be mounted at the opening and comprising: a pressing portion movably accommodated in the opening ; and an extending portion , an end of the extending portion being connected to the pressing portion , and the other end being fixed to the wall surface , wherein the extending portion movably passes through the notch , a thickness (D) of the extending portion passing through the notch being less than the notch height (H), wherein the button is rotated to displace the extending portion of the button into the notch ; and a pressing portion movably accommodated in the opening ; and an extending portion , an end of the extending portion being connected to the pressing portion , and the other end being fixed to the wall surface , wherein the extending portion movably passes through the notch , a thickness (D) of the extending portion passing through the notch being less than the notch height (H), wherein the button is rotated to displace the extending portion of the button into the notch ; and a switch disposed at a position corresponding to the pressing portion in the housing .