mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a processing unit configured to control combining of a captured image and an operation target image so as to generate a combined image for feeding back gesture recognition to a user, wherein a predetermined target is recognized from the captured image, the predetermined target being a face or a hand, and a spatial frequency or hue in the background portion of the captured image is detected, wherein a degree of visualization in part of the captured image is changed in the combined image, and wherein the part of the captured image corresponds to a region of the combined image having a position determined according to a position in the operation target image of an operation target object in the combined image, and wherein changing the degree of the visualization of the captured image includes dynamically changing a degree to which the captured image is transparent based on the detected spatial frequency or the hue in the background portion of the captured image. a processing unit configured to control combining of a captured image and an operation target image so as to generate a combined image for feeding back gesture recognition to a user, wherein a predetermined target is recognized from the captured image, the predetermined target being a face or a hand, and a spatial frequency or hue in the background portion of the captured image is detected, wherein a degree of visualization in part of the captured image is changed in the combined image, and wherein the part of the captured image corresponds to a region of the combined image having a position determined according to a position in the operation target image of an operation target object in the combined image, and wherein changing the degree of the visualization of the captured image includes dynamically changing a degree to which the captured image is transparent based on the detected spatial frequency or the hue in the background portion of the captured image.
Method for changing the surface properties, in particular for smoothing the surface of a component, characterized in that - the surface of the component is coated with a layer material which is applied in liquid form and deposited by chemical reaction in an immersion bath and which has a composition containing at least one constituent which - melts at a lower temperature than the component material or - forms, together with the component material, at least one component part that has a lower melting temperature than the component material, and in that - the coated component is subjected to a heat treatment which is carried out in the range of the solution annealing temperature of the component material such that diffusion processes can take place between the coating and the component, - the component material being a metal alloy and the layer material being a metal alloy or a technically pure metal; and - the coating being optionally removed again after the heat treatment by means of a property-sensitive removal process. - the surface of the component is coated with a layer material which is applied in liquid form and deposited by chemical reaction in an immersion bath and which has a composition containing at least one constituent which - melts at a lower temperature than the component material or - forms, together with the component material, at least one component part that has a lower melting temperature than the component material, and in that - melts at a lower temperature than the component material or - forms, together with the component material, at least one component part that has a lower melting temperature than the component material, - the coated component is subjected to a heat treatment which is carried out in the range of the solution annealing temperature of the component material such that diffusion processes can take place between the coating and the component, - the component material being a metal alloy and the layer material being a metal alloy or a technically pure metal; and - the coating being optionally removed again after the heat treatment by means of a property-sensitive removal process.
An anti-VEGF antibody for use in a method of treating a vascular lesion caused by human papilloma virus, wherein the lesion is present on mucosal tissue in a subject, the method comprising locally administering to the lesion a therapeutically effective amount of said antibody and exposing the lesion to a cytoreductive treatment sufficient to substantially debulk the lesion.
A gas sensor processing apparatus for processing an output of a gas sensor including a detection element which is formed of a solid electrolyte body, which has a pair of electrodes (3P, 3N), and which detects the concentration of a specific gas, comprising: voltage shift means for shifting a detection element voltage produced between the electrodes of the detection element from a pre-shift voltage, VE1, to a post-shift voltage, VE2, different from the pre-shift voltage; recovery means for returning the detection element voltage from the post-shift voltage to the pre-shift voltage through self-discharge by an internal capacitor of the detection element after the end of a voltage shift period in which the detection element voltage is shifted by the voltage shift means; characterized in comprising deterioration index detection means for detecting a deterioration index representing the degree of deterioration of the detection element by periodically measuring the detection element voltage produced between the electrodes of the detection element within a recovery period in which the detection element voltage returns from the post-shift voltage, VE2, toward the pre-shift voltage, VE1, and detecting, as the deterioration index, the time constant of an exponential function which approximates the curve which represents the changing detection element voltage. voltage shift means for shifting a detection element voltage produced between the electrodes of the detection element from a pre-shift voltage, VE1, to a post-shift voltage, VE2, different from the pre-shift voltage; recovery means for returning the detection element voltage from the post-shift voltage to the pre-shift voltage through self-discharge by an internal capacitor of the detection element after the end of a voltage shift period in which the detection element voltage is shifted by the voltage shift means; characterized in comprising deterioration index detection means for detecting a deterioration index representing the degree of deterioration of the detection element by periodically measuring the detection element voltage produced between the electrodes of the detection element within a recovery period in which the detection element voltage returns from the post-shift voltage, VE2, toward the pre-shift voltage, VE1, and detecting, as the deterioration index, the time constant of an exponential function which approximates the curve which represents the changing detection element voltage.
Polyolefin-based film composite comprising a monoaxially stretched first film layer and a second film layer bonded directly or indirectly to the first film layer, characterized in that the second film layer is unstretched and comprises at least two film plies (3c, 3d) which are blocked to one another.
A light source, comprising: a circular light element having a light source diameter; and a reflector disposed at least partially within the circular light element, the reflector having a first end with a first diameter and a second end with a second diameter, wherein the first diameter is less than the light source diameter and the second diameter is larger than the light source diameter, and characterized by the second end having a plurality of open-ended slits. a circular light element having a light source diameter; and a reflector disposed at least partially within the circular light element, the reflector having a first end with a first diameter and a second end with a second diameter, wherein the first diameter is less than the light source diameter and the second diameter is larger than the light source diameter, and characterized by the second end having a plurality of open-ended slits.
Electronically slip-controllable vehicle brake system comprising at least one brake circuit, at least one wheel brake connected to the brake circuit, and a drivable pressure-generating unit for supplying the wheel brake with pressure medium under a brake pressure or for adapting this brake pressure to the slip conditions of a wheel assigned to the wheel brake, wherein provided for each brake circuit is a pressure-generating unit having at least two pumps (30a, 30b) which deliver into a shared pressure line, wherein electronically controllable means are provided, which control a pressure medium connection from the shared pressure line to a suction side of at least one of the pumps (30a, 30b) depending on the pressure medium volume demand of the wheel brake, and wherein a non-return valve is situated between the pumps (30a, 30b) on the particular pressure side, characterized in that the pressure medium connection, as viewed in the flow direction of the non-return valve, branches off from the pressure line upstream from this non-return valve.
Method for displaying a digital map in a vehicle by means of a display unit, the display area of which for representing the map is variable with regard to size, the scale of the digital map represented remaining unchanged on changing the size of the display area for representing the map, wherein the display unit comprises a display, characterized in that a display image represented on the display or on a part-area of the display is changed by changing an image parameter which is calculated as follows: P n + 1 = P n + P m − P n • F wherein n is a natural number which runs from 0 to m and specifies the index for intermediate images following one another in time, P 0 is the value of the image parameter of an information item represented in the display image in the initial state, P m is a constant and represents the value of the image parameter of the information represented in its final state and F is a transformation parameter, the transformation parameter F being between 1 and 2 and the image parameter relating at least to the position of an information item represented in a part-area of the display image next to the map so that the information item represented next to the map migrates from a first part area of the display image to a second part area of the display image as a result of which the display area for representing the map is changed with regard to its size.
A spring mattress for beds, comprising a plurality of strings interconnected side by side, said strings comprising a continuous casing material with a plurality of separate pockets with coil springs enclosed therein, characterised in that at least some pockets are made of a casing material providing a resistance to air being pressed out of the pockets when the springs of the mattress are loaded, which, with a uniform load during a transition period, results in a gradually increasing depression of the spring to its depressed state, said transition period being in the range of 0.5-20 s when the springs are subjected to a uniform load of 20 N.
Method of rendering image data for a multi-view display, the method comprising the step of: - receiving an image signal representing a first image, the first image comprising image data and associated depth data, and characterized by further comprising the steps of: - spatially filtering the first image signal to provide a second image signal, the second image signal representing a second image, the spatial filtering comprising a mapping between an image element of the first image and an image element (52, 55) of the second image, a strength of the spatial filter is determined by a difference between a reference depth of the first image and a depth of an image element of the first image, - sampling the second image to a plurality of sub-images, each sub-image being associated with a view direction of the image; wherein the image element of the first image is mapped into a set of image elements of the second image and wherein the strength of the spatial filter is determined as a size of the set of image elements of the second image. - receiving an image signal representing a first image, the first image comprising image data and associated depth data, and characterized by further comprising the steps of: - spatially filtering the first image signal to provide a second image signal, the second image signal representing a second image, the spatial filtering comprising a mapping between an image element of the first image and an image element (52, 55) of the second image, a strength of the spatial filter is determined by a difference between a reference depth of the first image and a depth of an image element of the first image, - sampling the second image to a plurality of sub-images, each sub-image being associated with a view direction of the image; wherein the image element of the first image is mapped into a set of image elements of the second image and wherein the strength of the spatial filter is determined as a size of the set of image elements of the second image.
Hose, in particular coolant hose for plant and apparatus construction, for transporting a fluid with - a base layer containing a PVC material and - a reinforcing layer enclosing the base layer, wherein apart from PVC the base layer additionally contains a urethane-based thermoplastic elastomer, which increases both the flexibility and the thermal resistance of the base layer, characterised in that in the base layer the mix ratio of PVC to TPU in proportions by weight is 40:60 to 80:20, that no additional plasticiser is added to the base layer and that the base layer has a Shore A hardness of 60 to 85. - a base layer containing a PVC material and - a reinforcing layer enclosing the base layer,
A nonwoven fabric to be used for a liquid permeable sheet of an absorbent article, which includes a thickness direction, a plane direction, a first surface, and a second surface, the nonwoven fabric comprising: thermoplastic resin fibers; cellulose based fibers a portion of which configuring a plurality of fiber masses; and a plurality of gap portions, wherein a gap portion is adjacent to a first region in the thickness direction, the first region facing the first surface in each of the plurality of fiber masses; and each of the plurality of fiber masses is not joined to the thermoplastic resin fibers. thermoplastic resin fibers; cellulose based fibers a portion of which configuring a plurality of fiber masses; and a plurality of gap portions, wherein a gap portion is adjacent to a first region in the thickness direction, the first region facing the first surface in each of the plurality of fiber masses; and each of the plurality of fiber masses is not joined to the thermoplastic resin fibers.
A balloon catheter comprising: a balloon; an inner shaft welded to a front end of the balloon; a front-end tip (40, 40a, 40b, 40c, 40d) welded to a front end of the inner shaft; and a connecting tube (80, 80a, 80b, 80c, 100, 110) covering: an outer surface on the front end of the inner shaft and a rear end of the front-end tip, characterized in that: the connecting tube has a thick portion (82, 82a, 82b, 92, 102) that is embedded into the front-end tip. a balloon; an inner shaft welded to a front end of the balloon; a front-end tip (40, 40a, 40b, 40c, 40d) welded to a front end of the inner shaft; and a connecting tube (80, 80a, 80b, 80c, 100, 110) covering: an outer surface on the front end of the inner shaft and a rear end of the front-end tip,
An electrosurgical device: forceps having: a first working arm, a second working arm, having a longitudinal movement and a lateral movement relative to each other; wherein the electrosurgical device has a first electrosurgical configuration (100, 102) where the first working arm and the second working arm are in an opposed position so that the forceps provide the lateral movement relative to each other and deliver a first therapy current that flows between the first working arm and the second working arm; and wherein the electrosurgical device has a second electrosurgical configuration (100, 102) when the first working arm, the second working arm, or both are repositionable relative to each other by the longitudinal movement so that the first working arm is extended with respect to the second working arm or vice versa and a second therapy current is delivered from the first working arm to a remote electrode, and wherein the forceps have a handpiece that a user grips during use and the handpiece includes a track that the second arm moves along so that the second arm is extendable and retractable, characterized in that a bias device is located within the handpiece so that when the second arm is fully extended the bias device extends the second working arm from a track in the handpiece. forceps having: a first working arm, a second working arm, having a longitudinal movement and a lateral movement relative to each other; a first working arm, a second working arm, having a longitudinal movement and a lateral movement relative to each other;
A method performed by a management device in a wireless communication system, the method comprising: obtaining a measurement result for each of a plurality of cells; identifying an aggressor cell and a victim cell by atmospheric interference among the plurality of the cells, based on the measurement result for the each of the plurality of cells; performing interference control on the aggressor cell for the plurality of cells, in case that a total interference amount of victim cells associated with the aggressor cell among the plurality of cells exceeds a first threshold; and performing interference control on the victim cell for the plurality of cells, in case that a total interference amount of aggressor cells associated with the victim cell among the plurality of cells exceeds a second threshold, wherein the measurement result for each cell comprises information on inter-cell interference caused by a propagation delay occurring in signal transmission over a radio channel, wherein the inter-cell interference is related to a downlink signal of another cell that is received in an uplink resource duration of the each cell, and wherein the measurement result for the each cell further comprises cell identity information of said other cell. obtaining a measurement result for each of a plurality of cells; identifying an aggressor cell and a victim cell by atmospheric interference among the plurality of the cells, based on the measurement result for the each of the plurality of cells; performing interference control on the aggressor cell for the plurality of cells, in case that a total interference amount of victim cells associated with the aggressor cell among the plurality of cells exceeds a first threshold; and performing interference control on the victim cell for the plurality of cells, in case that a total interference amount of aggressor cells associated with the victim cell among the plurality of cells exceeds a second threshold, wherein the measurement result for each cell comprises information on inter-cell interference caused by a propagation delay occurring in signal transmission over a radio channel, wherein the inter-cell interference is related to a downlink signal of another cell that is received in an uplink resource duration of the each cell, and wherein the measurement result for the each cell further comprises cell identity information of said other cell.
Device for controlling an output stage for an actuator, in particular a solenoid valve, for a vehicle, comprising the following features: an enable terminal for receiving an enable signal via an interface to an application unit, wherein the enable signal can assume an enable state for enabling a control of the output stage and a disable state for disabling the control of the output stage; 1 a first suppression terminal for receiving a first suppression signal via an interface to a monitoring unit, wherein the first suppression signal can assume a first authorization state for authorizing the control of the output stage and a first suppression state for suppressing the control of the output stage; a second suppression terminal for receiving a second suppression signal via an interface to a second monitoring unit, wherein the second suppression signal can assume a second authorization state for authorizing the control of the output stage and a second suppression state for suppressing the control of the output stage; an output terminal as an interface to the output stage; and a linking unit configured to provide a control signal for controlling the output stage to the output terminal if the enable signal has the enable state, the first suppression signal has the first authorization state and the second suppression signal has the second authorization state. an enable terminal for receiving an enable signal via an interface to an application unit, wherein the enable signal can assume an enable state for enabling a control of the output stage and a disable state for disabling the control of the output stage; 1 a first suppression terminal for receiving a first suppression signal via an interface to a monitoring unit, wherein the first suppression signal can assume a first authorization state for authorizing the control of the output stage and a first suppression state for suppressing the control of the output stage; a second suppression terminal for receiving a second suppression signal via an interface to a second monitoring unit, wherein the second suppression signal can assume a second authorization state for authorizing the control of the output stage and a second suppression state for suppressing the control of the output stage; an output terminal as an interface to the output stage; and a linking unit configured to provide a control signal for controlling the output stage to the output terminal if the enable signal has the enable state, the first suppression signal has the first authorization state and the second suppression signal has the second authorization state.
A zinc oxide-containing composite particle comprising: a porous silica particle; zinc oxide particles enclosed within the porous silica particle; and a coating layer covering the porous silica particle, the coating layer containing a polysilsesquioxane. a porous silica particle; zinc oxide particles enclosed within the porous silica particle; and a coating layer covering the porous silica particle, the coating layer containing a polysilsesquioxane.