mhurhangee/ep-ind-claims huggingface dataset:
A method for protecting memory of a virtual computing instance executing within a host computer and supported by an abstraction layer, the method comprising receiving, by the abstraction layer from a component executing within the virtual computing instance, a page protection request to protect a specific first memory page within a memory space already assigned to the virtual computing instance; determining, by the abstraction layer, that the component is permitted to make the page protection request, wherein the component specifies, to the abstraction layer, an entry point for an elevated privilege mode, and wherein the page protection request is only permitted by the abstraction layer when the component has entered the elevated privilege mode via the specified entry point; protecting the specific first memory page by updating a data structure that tracks protected memory pages thereby defining the specific first memory page as a first protected memory page; detecting a write to the first protected memory page; responsive to the detecting, identifying an alert action for the first protected memory page; and performing the alert action. receiving, by the abstraction layer from a component executing within the virtual computing instance, a page protection request to protect a specific first memory page within a memory space already assigned to the virtual computing instance; determining, by the abstraction layer, that the component is permitted to make the page protection request, wherein the component specifies, to the abstraction layer, an entry point for an elevated privilege mode, and wherein the page protection request is only permitted by the abstraction layer when the component has entered the elevated privilege mode via the specified entry point; protecting the specific first memory page by updating a data structure that tracks protected memory pages thereby defining the specific first memory page as a first protected memory page; detecting a write to the first protected memory page; responsive to the detecting, identifying an alert action for the first protected memory page; and performing the alert action.
A cutting machine for cutting wood panels or the like, the machine comprising a support structure defining a support table for the panels; a cutting station; at least one feeding device, which is mobile along the support structure so as to move at least one panel along the support table and through the cutting station in a given first direction; a cutting device, which is fitted to the cutting station and is mobile in a second direction, substantially perpendicular to the first direction, so as to perform the cut of the panels; and an auxiliary operating unit, which is mounted so as to perform rectilinear movements in the second direction; and being characterised in that the cutting machine further comprises a hooking device (23; 31; 34) which is mobile between a hooking position of the auxiliary operating unit to the cutting device and a release position.
A computer-readable medium storing instructions that, when executed by one or more processors of a system comprising an instrument with a position sensor system and a shape sensor, cause the one or more processors to perform: moving the instrument positioned at least partly within an anatomic passageway; receiving a first set of spatial information from the instrument, the first set of spatial information including a plurality of spatial data records including position information for a distal end of the instrument at a plurality of time periods; receiving shape data including a shape of a portion of the instrument from the shape sensor disposed within the instrument; and characterized in that the instructions further cause the one or more processors to perform: after receiving the shape data, filtering the first set of spatial information by removing at least one of the plurality of spatial data records based upon the received shape data indicating a deformed state of the anatomic passageway. moving the instrument positioned at least partly within an anatomic passageway; receiving a first set of spatial information from the instrument, the first set of spatial information including a plurality of spatial data records including position information for a distal end of the instrument at a plurality of time periods; receiving shape data including a shape of a portion of the instrument from the shape sensor disposed within the instrument; and characterized in that the instructions further cause the one or more processors to perform: after receiving the shape data, filtering the first set of spatial information by removing at least one of the plurality of spatial data records based upon the received shape data indicating a deformed state of the anatomic passageway.
An optical coupler for mounting at a distal end of an optical imaging device for visualizing a surface area, the coupler comprising: a visualization section at one end of the coupler, the visualization section including a proximal surface adapted to engage the distal end of the optical imaging device, the visualization section including an outer surface spaced apart from the proximal surface, the outer surface extending continuously from a first outer side boundary across to a second opposite outer side boundary of the visualization section, the visualization section comprising a solid or semi-solid body of clear elastic or gel material capable of transmitting an optical image of the surface area and capable of allowing an instrument to be delivered through the visualization section; and an attachment section connected to and extending away from the visualization section, the attachment section being dimensioned to be mounted at the distal end of the optical imaging device. a visualization section at one end of the coupler, the visualization section including a proximal surface adapted to engage the distal end of the optical imaging device, the visualization section including an outer surface spaced apart from the proximal surface, the outer surface extending continuously from a first outer side boundary across to a second opposite outer side boundary of the visualization section, the visualization section comprising a solid or semi-solid body of clear elastic or gel material capable of transmitting an optical image of the surface area and capable of allowing an instrument to be delivered through the visualization section; and an attachment section connected to and extending away from the visualization section, the attachment section being dimensioned to be mounted at the distal end of the optical imaging device.
A filling system for filling substance into containers, said system comprising: - a plurality of transport units, each being arranged to receive and transport at least one container, - a substance distribution system comprising filling means arranged relative to the transport units for filling substance into at least one container, - driving means arranged to move the transport units, - a track along which the transport units are moved by the driving means, said track being provided to support said transport units while being moved, - a control system for controlling operation of the filling system, and at least one electronic scale incorporated in each of at least two separate and substantially horizontal sections of the track, where said sections are adapted to provide individual weighing sections distributed in the track, characterized in that the filling means which are arranged for filling substance into at least one container are configured to do it while said at least one container is transported by a transport unit, at least one wheel or roller or at least one sliding shoe is arranged between each transport unit and the track to provide movable support for the transport unit, such that the weight of the transport unit, the container, the filling means and any present substance is supported largely by the moveable support and transmitted directly to the track and from there to the electronic scale comprising a weighing cell, and said weighing sections are arranged to weigh the transport units individually, including any present containers and substance, while the transport units are passing the weighing sections when being moved by the driving means, and where operation of the filling system includes operations in relation to weighing information obtained from the weighing sections. - a plurality of transport units, each being arranged to receive and transport at least one container, - a substance distribution system comprising filling means arranged relative to the transport units for filling substance into at least one container, - driving means arranged to move the transport units, - a track along which the transport units are moved by the driving means, said track being provided to support said transport units while being moved, - a control system for controlling operation of the filling system, and
A disc pump system comprising: a pump body having a substantially cylindrical shape defining a cavity for containing a fluid, the cavity being formed by a side wall closed at both ends by substantially circular end walls (20, 22), at least one of the circular end walls being a driven end wall having a central portion and a peripheral portion extending radially outwardly from the central portion of the driven end wall; an actuator operatively associated with the central portion of the driven end wall to cause an oscillatory motion of the driven end wall thereby generating displacement oscillations of the driven end wall in a direction substantially perpendicular thereto; characterised in that an isolator positioned between the peripheral portion of the driven end wall and the side wall to reduce dampening of the displacement oscillations, the isolator comprising a flexible material that stretches and contracts in response to the oscillatory motion of the driven end wall; a first aperture disposed in either one of the end walls (20,22) and extending through the pump body; a second aperture disposed in the pump body and extending through the pump body; a valve (29, 32) disposed in either the first aperture or the second aperture, or a first valve disposed in the first aperture and a second valve disposed in the second aperture; and a strain gauge integral to and operatively associated with the flexible material of the isolator to measure the displacement oscillations of the driven end wall for determining a change in pressure across the actuator. a pump body having a substantially cylindrical shape defining a cavity for containing a fluid, the cavity being formed by a side wall closed at both ends by substantially circular end walls (20, 22), at least one of the circular end walls being a driven end wall having a central portion and a peripheral portion extending radially outwardly from the central portion of the driven end wall; an actuator operatively associated with the central portion of the driven end wall to cause an oscillatory motion of the driven end wall thereby generating displacement oscillations of the driven end wall in a direction substantially perpendicular thereto; characterised in that an isolator positioned between the peripheral portion of the driven end wall and the side wall to reduce dampening of the displacement oscillations, the isolator comprising a flexible material that stretches and contracts in response to the oscillatory motion of the driven end wall; a first aperture disposed in either one of the end walls (20,22) and extending through the pump body; a second aperture disposed in the pump body and extending through the pump body; a valve (29, 32) disposed in either the first aperture or the second aperture, or a first valve disposed in the first aperture and a second valve disposed in the second aperture; and a strain gauge integral to and operatively associated with the flexible material of the isolator to measure the displacement oscillations of the driven end wall for determining a change in pressure across the actuator.
A stator for an electrical machine, the stator comprising n cs coil sections, n cs being an even number of at least four, each coil section comprising n c conductors, n c being an integer greater than one, adjacent conductors within each of the coil sections being distanced by a first coil pitch with a value β 1, adjacent conductors belonging to different coil sections being distanced by a second coil pitch with a value β 2 at one end of each coil section, and by a third coil pitch with a value β 3 at the other end of each coil section, the stator further comprising a plurality of stator teeth which within each coil section are distanced from one another by a distance equal with the first coil pitch, the conductors extending in stator slots defined between adjacent stator teeth, characterized in that the value β 2 is smaller than the value β 1, and the value β 3 is greater than the value β 1.
Method for producing a multicoloured optoelectronic device, the multicoloured optoelectronic device being chosen from among: a solar cell, a photovoltaic panel, a perovskite-based solar cell and a quantum dot based hybrid solar cell, the method for producing comprising: - obtaining an electrically conducting substrate comprising at least a first portion and a second portion adjacent to the first portion, - depositing a first photoactive material having spectral absorption/emission bands in a first frequency range on the first portion, - depositing a second photoactive material differing from the first photoactive material and having spectral absorption/emission bands in a second frequency range on the second portion, the first photoactive material contacting the second photoactive material, the first photoactive material and second photoactive material forming a photoactive layer of the multicoloured optoelectronic device, - wherein a value for a photo-electrical parameter of the photoactive layer is predetermined, the predetermined value being in a range between a value of said photo-electrical parameter in the first photoactive material and a value of said photo-electrical parameter in the second photoactive material, the photo-electrical parameter of the photoactive layer being chosen from among: open voltage, short-circuit current density and light-electricity conversion efficiency, the method further comprising: - determining respective sizes of the first portion and of the second portion so that the ratio between the amount of first photoactive material and the amount of second photoactive material gives rise to a photoactive layer having the predetermined value. - obtaining an electrically conducting substrate comprising at least a first portion and a second portion adjacent to the first portion, - depositing a first photoactive material having spectral absorption/emission bands in a first frequency range on the first portion, - depositing a second photoactive material differing from the first photoactive material and having spectral absorption/emission bands in a second frequency range on the second portion, the first photoactive material contacting the second photoactive material, the first photoactive material and second photoactive material forming a photoactive layer of the multicoloured optoelectronic device, - wherein a value for a photo-electrical parameter of the photoactive layer is predetermined, the predetermined value being in a range between a value of said photo-electrical parameter in the first photoactive material and a value of said photo-electrical parameter in the second photoactive material, the photo-electrical parameter of the photoactive layer being chosen from among: open voltage, short-circuit current density and light-electricity conversion efficiency, - determining respective sizes of the first portion and of the second portion so that the ratio between the amount of first photoactive material and the amount of second photoactive material gives rise to a photoactive layer having the predetermined value.
An imprint method for bringing an imprint material on a substrate into contact with a mold to form a pattern of the imprint material, the imprint method comprising: changing a position of a detector that detects an alignment mark formed on a shot region on the substrate (S103, S107); contacting the mold with the imprint material supplied on the shot region on the substrate (S106, S111); and detecting the alignment mark using the detector after completion of the changing of the position of the detector, characterized in that the changing of the position of the detector is started before the contacting the mold with the imprint material, and the contacting is started prior to completion of the changing of the position of the detector. changing a position of a detector that detects an alignment mark formed on a shot region on the substrate (S103, S107); contacting the mold with the imprint material supplied on the shot region on the substrate (S106, S111); and detecting the alignment mark using the detector after completion of the changing of the position of the detector, characterized in that the changing of the position of the detector is started before the contacting the mold with the imprint material, and the contacting is started prior to completion of the changing of the position of the detector.
A vehicle window glass in which the following are laminated: a glass plate; a color ceramic layer formed on the surface of the glass plate; an electrically conductive layer formed on the surface of the color ceramic layer and containing silver as a main component, and a terminal through which electricity is conducted, connected to the electrically conductive layer by means of lead-free solder; characterized in that the color ceramic layer has a layer thickness more than 10 μm and less than or equal to 25 μm. a glass plate; a color ceramic layer formed on the surface of the glass plate; an electrically conductive layer formed on the surface of the color ceramic layer and containing silver as a main component, and a terminal through which electricity is conducted, connected to the electrically conductive layer by means of lead-free solder; characterized in that the color ceramic layer has a layer thickness more than 10 μm and less than or equal to 25 μm.
A composition for wood or derivatives of wood comprising the following elements: a wood oil; a phosphorescent pigment that emits radiation in the visible wavelength range and a stabilizer to keep the mixture homogeneous during 1 hour wherein: the phosphorescent pigment concentration is between 60 - 720 g/L of wood oil wherein the phosphorescent pigment is one of the following group: green light emitter phosphor with the formula [SrAlO 4:Eu,Dy]; the turquoise light emitter with the formula [(Ca,Sr)AlO 4:Eu,Dy]; violet-blue light emitter with the formula [CaAlO 4:Eu,Dy]; or mixtures thereof; the stabilizer concentration is between 5-50 g/L of wood oil. the phosphorescent pigment concentration is between 60 - 720 g/L of wood oil wherein the phosphorescent pigment is one of the following group: green light emitter phosphor with the formula [SrAlO 4:Eu,Dy]; the turquoise light emitter with the formula [(Ca,Sr)AlO 4:Eu,Dy]; violet-blue light emitter with the formula [CaAlO 4:Eu,Dy]; or mixtures thereof; the stabilizer concentration is between 5-50 g/L of wood oil.
A method of automated provisioning of Internet Protocol, IP, phones in a packet voice network, the method comprising: determining that an Internet Protocol, IP, phone has registered in a packet voice network; receiving a unique identifier of the IP phone, wherein the unique identifier of the IP phone is a Media Access Control, MAC, address; determining, based on the unique identifier of the IP phone, a user identifier of an individual user associated with the IP phone; selecting a stored generic minimum configuration for the IP phone based on the unique identifier of the IP phone wherein the minimum configuration includes a phone number that is selected from a pool of available numbers; retrieving, based on the unique identifier of the IP phone and the user identifier, a phone number and a feature set associated with the individual user; generating a specific configuration for the IP phone based on the retrieved phone number and feature set associated with the individual user; and providing the specific configuration to the IP phone. determining that an Internet Protocol, IP, phone has registered in a packet voice network; receiving a unique identifier of the IP phone, wherein the unique identifier of the IP phone is a Media Access Control, MAC, address; determining, based on the unique identifier of the IP phone, a user identifier of an individual user associated with the IP phone; selecting a stored generic minimum configuration for the IP phone based on the unique identifier of the IP phone wherein the minimum configuration includes a phone number that is selected from a pool of available numbers; retrieving, based on the unique identifier of the IP phone and the user identifier, a phone number and a feature set associated with the individual user; generating a specific configuration for the IP phone based on the retrieved phone number and feature set associated with the individual user; and providing the specific configuration to the IP phone.
An ice maker comprising: an ice making container having a plurality of cavities for forming ice; a heater body on one side of the ice making container for selective generation of heat; and heating bars each extended from the heater body into the cavities by a predetermined length characterized in that a bottom of a cavity is curved, and the heating bars have a profile in conformity with a bottom surface profile of the cavity with a gap to the bottom surface such that a heating bar is submerged under water in the cavity for causing a temperature gradient during ice making, wherein the heating bar includes a supporting portion connected to the heater body, and a curved portion or a heating plate (223, 224) of a predetermined area, the curved portion or heating plate (223, 224) being extended from the supporting portion toward the cavity with a curve in conformity with the bottom surface profile of the cavity. an ice making container having a plurality of cavities for forming ice; a heater body on one side of the ice making container for selective generation of heat; and heating bars each extended from the heater body into the cavities by a predetermined length characterized in that a bottom of a cavity is curved, and the heating bars have a profile in conformity with a bottom surface profile of the cavity with a gap to the bottom surface such that a heating bar is submerged under water in the cavity for causing a temperature gradient during ice making,