mhurhangee/patent-ind-claim-en huggingface dataset:
A robot cleaner comprising: a cleaner main body defining an external appearance of the robot cleaner ; a suction unit provided in the cleaner main body for suctioning air containing dust; a dust separation unit for separating the dust from the air suctioned through the suction unit ; a fan unit connected to the dust separation unit for providing suction force to the suction unit ; and a housing having an air flow path for guiding the air discharged from the fan unit , wherein the housing accommodates a battery for supplying electricity to the fan unit , wherein the air passing through the air flow path exchanges heat with the battery , wherein the housing is provided at an inlet thereof with an exhaust filter , wherein the air having passed through the exhaust filter enters into the air flow path, and characterized in that the dust contained in the air discharged from the fan unit is caught by the exhaust filter . a cleaner main body defining an external appearance of the robot cleaner ; a suction unit provided in the cleaner main body for suctioning air containing dust; a dust separation unit for separating the dust from the air suctioned through the suction unit ; a fan unit connected to the dust separation unit for providing suction force to the suction unit ; and a housing having an air flow path for guiding the air discharged from the fan unit , wherein the housing accommodates a battery for supplying electricity to the fan unit , wherein the air passing through the air flow path exchanges heat with the battery , wherein the housing is provided at an inlet thereof with an exhaust filter , wherein the air having passed through the exhaust filter enters into the air flow path, and characterized in that the dust contained in the air discharged from the fan unit is caught by the exhaust filter .
An injection unit comprising: a cylinder which heats a molding material; and a screw which is rotatably disposed in the cylinder , wherein the screw includes a rotary shaft , a helical flight which protrudes from an outer periphery of the rotary shaft , and a helical partition flight which partitions a groove which is formed by the flight , and feeds the molding material from an upstream side to a downstream side along the rotary shaft by rotation of the rotary shaft , the flight includes a different diameter flight portion in which a height of a downstream-side end portion of a top is lower than a height of an upstream-side end portion of the top , an upstream end of the partition flight is disposed on the further upstream side with respect to a downstream end of the different diameter flight portion, characterized in that the upstream end of the partition flight is disposed on the further upstream side with respect to an upstream end of the different diameter flight portion . a cylinder which heats a molding material; and a screw which is rotatably disposed in the cylinder , wherein the screw includes a rotary shaft , a helical flight which protrudes from an outer periphery of the rotary shaft , and a helical partition flight which partitions a groove which is formed by the flight , and feeds the molding material from an upstream side to a downstream side along the rotary shaft by rotation of the rotary shaft , the flight includes a different diameter flight portion in which a height of a downstream-side end portion of a top is lower than a height of an upstream-side end portion of the top , an upstream end of the partition flight is disposed on the further upstream side with respect to a downstream end of the different diameter flight portion, characterized in that the upstream end of the partition flight is disposed on the further upstream side with respect to an upstream end of the different diameter flight portion .
A time measurement device for calculating a time from an input of a first trigger signal to an input of a second trigger signal as a measured time, the time measurement device comprising: a first signal generation unit for generating a first signal in response to the first trigger signal; a second signal generation unit for generating a second signal in response to the second trigger signal; a digital conversion unit for receiving inputs of the first signal and the second signal and generating a digital signal corresponding to a time from the input of the first signal to the input of the second signal; a time delay unit for delaying an input of at least one of the first signal and the second signal to the digital conversion unit by a delay time selected from a plurality of preset delay times, while chronologically switching the delay time selected from the plurality of delay times, and wherein the time delay unit is configured to select at least two delay times; and wherein the digital conversion unit is configured to generate a plurality of digital signals according to the at least two delay times; the time measurement device further comprising a time calculation unit for calculating the measured time based on the plurality of digital signals generated by the digital conversion unit . a first signal generation unit for generating a first signal in response to the first trigger signal; a second signal generation unit for generating a second signal in response to the second trigger signal; a digital conversion unit for receiving inputs of the first signal and the second signal and generating a digital signal corresponding to a time from the input of the first signal to the input of the second signal; a time delay unit for delaying an input of at least one of the first signal and the second signal to the digital conversion unit by a delay time selected from a plurality of preset delay times, while chronologically switching the delay time selected from the plurality of delay times, and wherein the time delay unit is configured to select at least two delay times; and wherein the digital conversion unit is configured to generate a plurality of digital signals according to the at least two delay times; the time measurement device further comprising a time calculation unit for calculating the measured time based on the plurality of digital signals generated by the digital conversion unit .
A system for controlling a workpiece being processed on a machine tool, said control being performed in a same phase following a manufacturing operation, the part being in the work area of said machine tool, which system comprises: - a machine tool comprising an assembly for positioning the workpiece and holding it in position in said machine tool, and a protected work area making it possible to access the working volume of said machine tool; - a measuring device adapted to acquiring points on the surface of the workpiece to be controlled; - a polyarticulated robot capable of supporting and moving the measuring device and located outside the working volume of the machine tool; - a support carriage , supporting the robot and capable of moving said robot relative to the machine tool on which the workpiece is manufactured; - a computer comprising memory means, calculating means and display means , comprising in its memory means a three-dimensional digital model of the workpiece, and capable of acquiring the coordinates of points acquired by the measuring device ; characterised in that it comprises, in the protected work area , means for measuring the positioning of the measuring device when the latter is supported by the polyarticulated robot . - a machine tool comprising an assembly for positioning the workpiece and holding it in position in said machine tool, and a protected work area making it possible to access the working volume of said machine tool; - a measuring device adapted to acquiring points on the surface of the workpiece to be controlled; - a polyarticulated robot capable of supporting and moving the measuring device and located outside the working volume of the machine tool; - a support carriage , supporting the robot and capable of moving said robot relative to the machine tool on which the workpiece is manufactured; - a computer comprising memory means, calculating means and display means , comprising in its memory means a three-dimensional digital model of the workpiece, and capable of acquiring the coordinates of points acquired by the measuring device ;
A media enhanced shopping cart system, comprising: a shopping cart comprising a frame , a handle , a base tray , a plurality of wheels , and a basket comprising a bottom , two side walls , a nose comprising a front wall , and a rear comprising a rear wall ; a computing device comprising a central processing unit , a memory , and a network transceiver configured for wireless communication, wherein the computing device is attached to the shopping cart; a display component operably coupled to the computing device and having a screen comprising a viewable area , an inventory component for determining an inventory contained by the shopping cart; a shopping list component for listing one or more products of a consumer shopping list for purchase by a consumer; and a correlation component for correlating data from the inventory component with the shopping list component, characterized in that the system comprises: a read component for performing a proximity scan; and a locationing component for determining a location and an orientation of the cart within a store based on the proximity scan. a shopping cart comprising a frame , a handle , a base tray , a plurality of wheels , and a basket comprising a bottom , two side walls , a nose comprising a front wall , and a rear comprising a rear wall ; a computing device comprising a central processing unit , a memory , and a network transceiver configured for wireless communication, wherein the computing device is attached to the shopping cart; a display component operably coupled to the computing device and having a screen comprising a viewable area , an inventory component for determining an inventory contained by the shopping cart; a shopping list component for listing one or more products of a consumer shopping list for purchase by a consumer; and a correlation component for correlating data from the inventory component with the shopping list component, characterized in that the system comprises: a read component for performing a proximity scan; and a locationing component for determining a location and an orientation of the cart within a store based on the proximity scan. a read component for performing a proximity scan; and a locationing component for determining a location and an orientation of the cart within a store based on the proximity scan.
A tool adapted for insertion into a body of a patient, the tool comprising: a first tube ; and a second tube comprising one or more windows in a proximal portion thereof, characterized in that a distal portion of the first tube is positioned within the proximal portion of the second tube such that each of the windows overlays the distal portion of the first tube , and wherein each of the windows is filled with adhesive or solder such that the first tube is secured to the second tube . a first tube ; and a second tube comprising one or more windows in a proximal portion thereof, characterized in that a distal portion of the first tube is positioned within the proximal portion of the second tube such that each of the windows overlays the distal portion of the first tube , and wherein each of the windows is filled with adhesive or solder such that the first tube is secured to the second tube . a distal portion of the first tube is positioned within the proximal portion of the second tube such that each of the windows overlays the distal portion of the first tube , and wherein each of the windows is filled with adhesive or solder such that the first tube is secured to the second tube .
A polarizing plate comprising: a polarizer ; a hard coating layer having a thickness of 10 μm or less formed on one surface side of the polarizer ; and an optical laminate including a light-transmitting substrate formed on the other surface side of the polarizer , wherein a ratio of the thickness of the hard coating layer to the thickness of the light-transmitting substrate is 0.02 to 0.25, wherein a ratio of a second heat shrinkage deformation value in a second direction of the optical laminate to a first heat shrinkage deformation value in a first direction of the optical laminate is 0.8 to 1.2, wherein each of the first heat shrinkage deformation value and the second heat shrinkage deformation value is a difference between an initial length of each of the first direction and the second direction of the optical laminate and a length value as measured after exposure of the optical laminate to a condition of a temperature of 80°C to 120°C for 80 to 120 hours, and wherein the first direction is perpendicular to the second direction. a polarizer ; a hard coating layer having a thickness of 10 μm or less formed on one surface side of the polarizer ; and an optical laminate including a light-transmitting substrate formed on the other surface side of the polarizer , wherein a ratio of the thickness of the hard coating layer to the thickness of the light-transmitting substrate is 0.02 to 0.25, wherein a ratio of a second heat shrinkage deformation value in a second direction of the optical laminate to a first heat shrinkage deformation value in a first direction of the optical laminate is 0.8 to 1.2, wherein each of the first heat shrinkage deformation value and the second heat shrinkage deformation value is a difference between an initial length of each of the first direction and the second direction of the optical laminate and a length value as measured after exposure of the optical laminate to a condition of a temperature of 80°C to 120°C for 80 to 120 hours, and wherein the first direction is perpendicular to the second direction.
A method for disposing material, comprising: positioning a donor film comprising a donor material at a predefined distance from an acceptor substrate , wherein the donor film is facing toward the acceptor substrate ; directing one or more pulses of laser radiation to impinge on the donor film at a given location so as to induce formation of a protrusion made from the donor material , wherein a distal tip of the protrusion touches the acceptor substrate and disposes thereon while the protrusion is still in contact with the donor film ; and characterized by also comprising: forming a spot of the donor material on the acceptor substrate by increasing a separation between the donor film and the acceptor substrate so as to detach the distal tip of the protrusion from the donor film . positioning a donor film comprising a donor material at a predefined distance from an acceptor substrate , wherein the donor film is facing toward the acceptor substrate ; directing one or more pulses of laser radiation to impinge on the donor film at a given location so as to induce formation of a protrusion made from the donor material , wherein a distal tip of the protrusion touches the acceptor substrate and disposes thereon while the protrusion is still in contact with the donor film ; and characterized by also comprising: forming a spot of the donor material on the acceptor substrate by increasing a separation between the donor film and the acceptor substrate so as to detach the distal tip of the protrusion from the donor film .
Method for shearing an end section (R E ) from a rod material (R) by means of a cutting blade that is movable against a stationary blade , transversely with respect to the longitudinal direction of the rod material, wherein the end section (R E ) to be sheared is brought into contact on its end-face side with a longitudinal stop , and during the shearing operation is acted on, via the longitudinal stop , with a pressure force (F D ) in the longitudinal direction of the rod material (R), characterized in that the action of pressure force (F D ) on the end section (R E ) during the shearing operation takes place with a position-controlled longitudinal position of the longitudinal stop .
A thin film transistor (TFT) comprising: a flexible or distortable substrate ; a first conducting layer having a longitudinally extending source electrode and a longitudinally extending drain electrode between which lies an operative region of said device; and a second conducting layer above said first conducting layer, such that said first conducting layer is between said substrate and said second conducting layer, said second conducting layer having a gate electrode above said operative device region; and wherein said gate electrode extends beyond at least one of said source electrode and said drain electrode in a lateral direction substantially perpendicular to said longitudinal direction, and wherein a width of said gate electrode in said lateral direction is greater than a width of one of said source electrode and said drain electrode by a factor of at least 3. a flexible or distortable substrate ; a first conducting layer having a longitudinally extending source electrode and a longitudinally extending drain electrode between which lies an operative region of said device; and a second conducting layer above said first conducting layer, such that said first conducting layer is between said substrate and said second conducting layer, said second conducting layer having a gate electrode above said operative device region; and wherein said gate electrode extends beyond at least one of said source electrode and said drain electrode in a lateral direction substantially perpendicular to said longitudinal direction, and wherein a width of said gate electrode in said lateral direction is greater than a width of one of said source electrode and said drain electrode by a factor of at least 3.
An automotive driveline unit, comprising: a housing with a wall at least partly defining an interior of the automotive driveline unit, a spinning component , a lubricant bath held in said interior , said wall having a lubricant feed passage spanning therethrough from an inlet to an outlet , said inlet open to said interior to receive lubricant from said lubricant bath , said lubricant feed passage having a flow restrictor ; characterized in that the flow restrictor is located in the lubricant feed passage adjacent said outlet in order to inhibit the flow of lubricant exiting said outlet ; that , when the automotive driveline unit is in a connected state, lubricant from said lubricant bath is received through said inlet and into said lubricant feed passage via said spinning component of the automotive driveline unit, the received lubricant trickles through said flow restrictor and exits said outlet , the received lubricant pools upstream of said flow restrictor in said lubricant feed passage ; and that , when the automotive driveline unit is in a disconnected state, the spinning component of the automotive driveline unit ceases spinning and the pooled lubricant in said lubricant feed passage trickles through said flow restrictor and exits said outlet . a housing with a wall at least partly defining an interior of the automotive driveline unit, a spinning component , a lubricant bath held in said interior , said wall having a lubricant feed passage spanning therethrough from an inlet to an outlet , said inlet open to said interior to receive lubricant from said lubricant bath , said lubricant feed passage having a flow restrictor ; characterized in that the flow restrictor is located in the lubricant feed passage adjacent said outlet in order to inhibit the flow of lubricant exiting said outlet ; that , when the automotive driveline unit is in a connected state, lubricant from said lubricant bath is received through said inlet and into said lubricant feed passage via said spinning component of the automotive driveline unit, the received lubricant trickles through said flow restrictor and exits said outlet , the received lubricant pools upstream of said flow restrictor in said lubricant feed passage ; and that , when the automotive driveline unit is in a disconnected state, the spinning component of the automotive driveline unit ceases spinning and the pooled lubricant in said lubricant feed passage trickles through said flow restrictor and exits said outlet .
The non-medical use of a food in a unit package form for improving mental energy during sleep insufficiency, which comprises, in the unit, not less than 0.3 g of histidine having the structural formula HOOCCH(NH 2 )CH 2 -5-imidazol or a salt thereof, wherein the content of amino acid other than histidine or a substance convertible to amino acid other than histidine by hydrolysis is not more than 50 mg based on amino acid other than histidine.
A printing material applying apparatus comprising: a container configured to store a printing material to be supplied to applying means arranged to apply the printing material used to perform printing on a print medium; a cap portion arranged to be detachably attached to an inlet portion , which is provided in the container and through which the printing material is loaded into the container , and capable of closing the inlet portion ; a first cover portion including a first engaging portion and arranged to be capable of moving between a closing position where the cap portion is covered and an opening position where the cap portion is exposed; and a second engaging portion arranged to engage with the first engaging portion so as to regulate movement of the first cover portion from the closing position to the opening position, characterized by biasing means , which is separated from the cap portion , arranged to bias the first cover portion at least at the closing position in an opening direction. a container configured to store a printing material to be supplied to applying means arranged to apply the printing material used to perform printing on a print medium; a cap portion arranged to be detachably attached to an inlet portion , which is provided in the container and through which the printing material is loaded into the container , and capable of closing the inlet portion ; a first cover portion including a first engaging portion and arranged to be capable of moving between a closing position where the cap portion is covered and an opening position where the cap portion is exposed; and a second engaging portion arranged to engage with the first engaging portion so as to regulate movement of the first cover portion from the closing position to the opening position, characterized by biasing means , which is separated from the cap portion , arranged to bias the first cover portion at least at the closing position in an opening direction.