mhurhangee/patent-ind-claim-en huggingface dataset:
An interactive mirror display device comprising: a one-way mirror that displays to a user in front of the one-way mirror a reflected image of the user; an electronic display positioned behind the one-way mirror and configured to display graphics visible through the one-way mirror ; at least one sensor configured to touchlessly detect an object placed in front of the one-way mirror in proximity to the electronic display ; and a computer system configured to determine a location of the object relative to the electronic display based on detection data received from the at least one sensor ; wherein the computer system is configured to display an interaction element on the electronic display that is visible through the one-way mirror , and to perform an action when the object is positioned in front of the one-way mirror in proximity to the interaction element; wherein the electronic display is spaced from the one-way mirror so that the interaction element appears to the user in front of the one-way mirror to be located a preselected distance behind the one-way mirror characterized in that : the computer system is configured to perform the action when the object is positioned so that a reflected image of the object, as seen by the user in front of the one-way mirror , appears to contact or intersect with the interaction element. a one-way mirror that displays to a user in front of the one-way mirror a reflected image of the user; an electronic display positioned behind the one-way mirror and configured to display graphics visible through the one-way mirror ; at least one sensor configured to touchlessly detect an object placed in front of the one-way mirror in proximity to the electronic display ; and a computer system configured to determine a location of the object relative to the electronic display based on detection data received from the at least one sensor ; wherein the computer system is configured to display an interaction element on the electronic display that is visible through the one-way mirror , and to perform an action when the object is positioned in front of the one-way mirror in proximity to the interaction element; wherein the electronic display is spaced from the one-way mirror so that the interaction element appears to the user in front of the one-way mirror to be located a preselected distance behind the one-way mirror characterized in that : the computer system is configured to perform the action when the object is positioned so that a reflected image of the object, as seen by the user in front of the one-way mirror , appears to contact or intersect with the interaction element.
An organic light emitting display device comprising: an organic light emitting display panel including a light emitting layer and an encapsulation layer disposed at one side of the light emitting layer , the light emitting layer including a substrate , a plurality of thin film transistors arranged on the substrate, and an organic light emitting material layer between two electrode layers disposed at one side of the thin film transistors; a sound generating actuator connected to a surface of the organic light emitting display panel and configured to vibrate the organic light emitting display panel to generate sound; and a support structure comprising a cover bottom configured to cover and support at least a rear surface of the organic light emitting display panel and a main support coupled to the cover bottom , wherein the main support surrounds a side surface of the organic light emitting display panel and receives and supports a side edge of the display panel and includes a horizontal support part on which a part of the display panel is placed and a vertical support part to cover a side surface of the cover bottom and a side surface of the display panel , such that the main support has a "T" shape) wherein an air gap is provided between the display panel and the support structure. an organic light emitting display panel including a light emitting layer and an encapsulation layer disposed at one side of the light emitting layer , the light emitting layer including a substrate , a plurality of thin film transistors arranged on the substrate, and an organic light emitting material layer between two electrode layers disposed at one side of the thin film transistors; a sound generating actuator connected to a surface of the organic light emitting display panel and configured to vibrate the organic light emitting display panel to generate sound; and a support structure comprising a cover bottom configured to cover and support at least a rear surface of the organic light emitting display panel and a main support coupled to the cover bottom ,
Use of a resin expanded sheet in thermal molding in which a three-dimensional shape is formed with molding cavities after pre-heating the resin expanded sheet to form a resin expanded molded article after cutting the resin expanded sheet along a product's contour shape, the resin expanded sheet comprising a resin expanded layer, wherein said resin expanded layer includes a polyamide-based resin composition, and contains moisture at 30% or more with respect to an equilibrium water absorption rate at a temperature of 23°C and a relative humidity of 60%, as measured by JIS K0068:2001.
Bipolar plate for a fuel cell for generating electrical current, comprising: a bipolar plate body with a first surface , the bipolar plate body being set up to be in contact with an electrode via the first surface , wherein the bipolar plate body has at least one gas flow channel on the first surface , wherein the gas flow channel defines a first gas flow channel sidewall and an opposing second gas flow channel sidewall, and wherein the gas flow channel extends along a first direction and is intended to bring a reactant into contact with the electrode, and at least one electrical conductor , wherein the at least one electrical conductor is designed to run at least partially parallel to the first direction within the bipolar plate body behind the first gas flow channel side wall and/or the second gas flow channel side wall, in such a way that when a voltage is applied to the electrical conductor , the electrical conductor forms an electromagnetic field, the electromagnetic field being intended to at least partially accelerate the reactant in the direction of the electrode. a bipolar plate body with a first surface , the bipolar plate body being set up to be in contact with an electrode via the first surface , wherein the bipolar plate body has at least one gas flow channel on the first surface , wherein the gas flow channel defines a first gas flow channel sidewall and an opposing second gas flow channel sidewall, and wherein the gas flow channel extends along a first direction and is intended to bring a reactant into contact with the electrode, and wherein the at least one electrical conductor is designed to run at least partially parallel to the first direction within the bipolar plate body behind the first gas flow channel side wall and/or the second gas flow channel side wall, in such a way that when a voltage is applied to the electrical conductor , the electrical conductor forms an electromagnetic field, the electromagnetic field being intended to at least partially accelerate the reactant in the direction of the electrode.
An electric power tool comprising means for driving said power tool , wherein said driving means is a motor; an operating button ; and a controller , wherein said controller is connected to said driving means and said operating button ; said power tool further comprises a movement sensor and the controller being configured to: receive a signal indicating a movement from said movement sensor ; determine a time wherein no signal indicating a movement is received; determine if said time exceeds a time period, and if so, initiate a disable mode for the power tool , characterised in that in the disable mode said driving means is disabled and any push on said operating button is ignored by the controller . receive a signal indicating a movement from said movement sensor ; determine a time wherein no signal indicating a movement is received; determine if said time exceeds a time period, and if so, initiate a disable mode for the power tool , characterised in that in the disable mode said driving means is disabled and any push on said operating button is ignored by the controller .
A method performed by a computer device, the method comprising: detecting, by the computer device, a selection of an item in a content catalog; displaying, by the computer device, a drawing of a device corresponding to the selected item, wherein the device includes a plurality of components; requesting, by the computer device, a real-time bill of materials (BOM) corresponding to the device from an enterprise resource planning (ERP) system, in response to detecting the selection of the item; receiving, by the computer device, the requested real-time BOM from the ERP system; generating, by the computer device, a BOM table based on the received real-time BOM; matching, by the computer device, particular entries in the generated BOM table with particular ones of the plurality of components; detecting, by the computer device, selection of a component, of the plurality of components; determining, by the computer device, that the selected component corresponds to another device that includes another plurality of components; displaying, by the computer device, another drawing of the other device, in response to determining that the selected component corresponds to the other device; requesting, by the computer device, another real-time BOM corresponding to the other device from the ERP system, in response to displaying the other drawing; receiving, by the computer device, the requested other real-time BOM from the ERP system; generating, by the computer device, another BOM table based on the received other real-time BOM; and matching, by the computer device, particular entries in the generated other BOM table with particular ones of the other plurality of components. detecting, by the computer device, a selection of an item in a content catalog; displaying, by the computer device, a drawing of a device corresponding to the selected item, wherein the device includes a plurality of components; requesting, by the computer device, a real-time bill of materials (BOM) corresponding to the device from an enterprise resource planning (ERP) system, in response to detecting the selection of the item; receiving, by the computer device, the requested real-time BOM from the ERP system; generating, by the computer device, a BOM table based on the received real-time BOM; matching, by the computer device, particular entries in the generated BOM table with particular ones of the plurality of components; detecting, by the computer device, selection of a component, of the plurality of components; determining, by the computer device, that the selected component corresponds to another device that includes another plurality of components; displaying, by the computer device, another drawing of the other device, in response to determining that the selected component corresponds to the other device; requesting, by the computer device, another real-time BOM corresponding to the other device from the ERP system, in response to displaying the other drawing; receiving, by the computer device, the requested other real-time BOM from the ERP system; generating, by the computer device, another BOM table based on the received other real-time BOM; and
A remote control device installed on a sidewall (SW) forming an indoor space (SI), the remote control device configured to perform wired communication with an air conditioner or a heat pump apparatus, the remote control device comprising: a touch panel having an electrode unit ; a liquid crystal display ; and a casing configured and arranged to accommodate the touch panel and the liquid crystal display ; the casing having a back surface part that faces the sidewall in an installed state and a front surface part that faces the indoor space in the installed state; the liquid crystal display being disposed so as to overlap the touch panel as seen from the front surface part side, characterized in that the electrode unit has a first touch electrode section configured and arranged to function as an electrode for detecting a touched position, and a second antenna electrode section configured and arranged to function as an antenna for performing wireless communication with another communication device , wherein the first touch electrode section and the second antenna electrode section are composed of the same constituents in the electrode unit , and the first touch electrode section and the second antenna electrode section being configured and arranged to be nearer to the front surface part than to the back surface part inside the casing , and to be disposed so as not to overlap with each other as seen from the front surface part side. a touch panel having an electrode unit ; a liquid crystal display ; and a casing configured and arranged to accommodate the touch panel and the liquid crystal display ; the casing having a back surface part that faces the sidewall in an installed state and a front surface part that faces the indoor space in the installed state; the liquid crystal display being disposed so as to overlap the touch panel as seen from the front surface part side, characterized in that the electrode unit has a first touch electrode section configured and arranged to function as an electrode for detecting a touched position, and a second antenna electrode section configured and arranged to function as an antenna for performing wireless communication with another communication device , wherein the first touch electrode section and the second antenna electrode section are composed of the same constituents in the electrode unit , and the first touch electrode section and the second antenna electrode section being configured and arranged to be nearer to the front surface part than to the back surface part inside the casing , and to be disposed so as not to overlap with each other as seen from the front surface part side.
A method for determining a substitute distance between a location and a point of impact of a projectile in a horizontal plane in common with the location, wherein a target distance D between the location and a target , which are arranged on a line of sight , is determined, and wherein an elevation angle α , which is enclosed by the line of sight and the horizontal plane , is determined, characterized in that a correction function is determined exclusively from non-ballistic parameters, such as at least the target distance D and the elevation angle α , and thus the target distance D is modified to determine the substitute distance in the horizontal plane , wherein the substitute distance for the previously determined target distance D and the previously determined elevation angle α is calculated by multiplying the target distance D with a correction factor KF(D, α), which depends merely on the target distance D and the elevation angle α , and the substitute distance is used for aiming in place of the value of the actual target distance D .
A method of cutting a channel in a brittle material; the method comprising: providing a composite material in which a layer of ductile material is arranged on a surface of a brittle material; and cutting a channel through the layer of ductile material, removing the portion of the ductile material that is arranged over the portion of the brittle material that is to be cut, and into the brittle material to provide a machined composite, wherein the channel is cut by milling, grinding, turning, drilling or fly cutting, wherein the ductile material is an acrylic polymer or an epoxy resin, characterized in that the layer of ductile material is from 25 to 500 μm thick. providing a composite material in which a layer of ductile material is arranged on a surface of a brittle material; and cutting a channel through the layer of ductile material, removing the portion of the ductile material that is arranged over the portion of the brittle material that is to be cut, and into the brittle material to provide a machined composite, wherein the channel is cut by milling, grinding, turning, drilling or fly cutting, wherein the ductile material is an acrylic polymer or an epoxy resin, characterized in that the layer of ductile material is from 25 to 500 μm thick.
An optical coherence imaging, OCI, medical imaging device comprising the following elements: - OCI optics including a coherent light source ; - a 2D light sensor configured to detect light received from a region of interest of a subject; - a white-light camera configured to observe the region of interest and to provide a white-light image; - a screen ; and - a processing unit configured to: (i) process data obtained from the 2D light sensor, (ii) calculate an OCI map of blood perfusion from said data; wherein all said elements are included in a single movable unit characterized in that the processing unit is further configured to (iii) show, on the screen , a which is an overlay of the OCI map over the white-light image, of the region of interest; and in that the transparency of the OCI map in the mixture map is calculated depending on an OCI value and/or a confidence level of the OCI map. - OCI optics including a coherent light source ; - a 2D light sensor configured to detect light received from a region of interest of a subject; - a white-light camera configured to observe the region of interest and to provide a white-light image; - a screen ; and - a processing unit configured to: (i) process data obtained from the 2D light sensor, (ii) calculate an OCI map of blood perfusion from said data; (i) process data obtained from the 2D light sensor, (ii) calculate an OCI map of blood perfusion from said data;
A propulsion efficiency enhancing apparatus for a vessel, comprising a plurality of pre-swirl stators and a propeller , the plurality of pre-swirl stators disposed ahead of the propeller , and arranged radially with respect to a rotation axis of the propeller , wherein the pre-swirl stators are located in a left region or a right region of a rotation surface of the propeller where the propeller rotates upward, to generate flow in a direction opposite to a rotation direction of the propeller in an inflow entering the propeller , to increase an angle of attack with respect to sections of blades of the propeller , and wherein a span length of at least one pre-swirl stator of the pre-swirl stators is different from span lengths of the remaining pre-swirl stators, and a span length of a pre-swirl stator arbitrarily selected from among the pre-swirl stators is longer than or equal to a span length of another pre-swirl stator located just below the selected pre-swirl stator, characterized in that tip portions of the pre-swirl stators have smaller pitch angles than remaining portions of the pre-swirl stators .
A hybrid industrial vehicle comprising: an engine ; a cargo handling generator motor used for cargo handling; a traveling generator motor capable of supplying power to a cargo handling means , said cargo handling means can be driven by power received from the engine , the traveling generator motor and the cargo handling generator motor ; and a control means , wherein the control means decreases power supply of the cargo handling generator motor according to a temperature of the cargo handling generator motor and compensates the decrement with power of the travelling generator motor during powering of the cargo handling generator motor, and wherein the control means decreases a regeneration amount of the cargo handling generator motor according to the temperature of the cargo handling generator motor and regenerates the decrement by the travelling generator motor during regeneration of the cargo handling generator motor . an engine ; a cargo handling generator motor used for cargo handling; a traveling generator motor capable of supplying power to a cargo handling means , said cargo handling means can be driven by power received from the engine , the traveling generator motor and the cargo handling generator motor ; and a control means , wherein the control means decreases power supply of the cargo handling generator motor according to a temperature of the cargo handling generator motor and compensates the decrement with power of the travelling generator motor during powering of the cargo handling generator motor, and wherein the control means decreases a regeneration amount of the cargo handling generator motor according to the temperature of the cargo handling generator motor and regenerates the decrement by the travelling generator motor during regeneration of the cargo handling generator motor .
An apparatus for boring a wellbore , the wellbore containing a workstring concentrically positioned therein, the apparatus comprising: a bit body having a first end, an inner cavity , and a second end, wherein the first end is connected to the workstring , said workstring configured to deliver a rotational force to said bit body , wherein the inner cavity contains a profile having a first radial cam surface and wherein the second end includes a working face containing a cutting member; a pilot bit rotatively connected within the inner cavity and extending from the working face, said pilot bit including a first end and a second end , wherein the first end has a second radial cam surface operatively configured to cooperate with the first radial cam surface to deliver a hammering force, and wherein the second end of the pilot bit includes an engaging surface configured to engage a formation surrounding the wellbore ; and wherein the bit body rotates at a higher rotation rate than the pilot bit ; the apparatus characterized by : one or more rolling elements disposed between and in contact with the first radial cam surface and the second radial cam surface , and in that said engaging surface comprises an apex of a conical portion , said apex being offset from a center line of the bit body .
A lifting device having three booms of adjustable length, which in each case have a first end section and a second end section opposite the first end section , in which the first end sections of all booms are articulatedly connected to one another and the second end sections are mounted articulatedly and rotatably in respective bearings , wherein the bearings are arranged at fixed positions relative to one another and in each boom at least the first end section can be rotated about the longitudinal axis of the boom with respect to the second end section . the first end sections of all booms are articulatedly connected to one another and the second end sections are mounted articulatedly and rotatably in respective bearings , wherein the bearings are arranged at fixed positions relative to one another and in each boom at least the first end section can be rotated about the longitudinal axis of the boom with respect to the second end section .