mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating an hardware-based security electronic device , comprising: - forming a set of electrodes (A, B, C, D, E, F) proximate to a silicon substrate ; - depositing a mixture of at least two materials onto the substrate for forming a heterogeneous conductive layer including a plurality of clusters of a first material, clusters of a second material, clusters of a mixture of the first and second materials, and voids, etching at different rates when exposed to an etchant; - etching the heterogeneous layer to form an interconnection layer having a randomized conductive pattern ; and - electrically coupling the electrodes to a sensing circuit and to the randomized conductive pattern . - forming a set of electrodes (A, B, C, D, E, F) proximate to a silicon substrate ; - depositing a mixture of at least two materials onto the substrate for forming a heterogeneous conductive layer including a plurality of clusters of a first material, clusters of a second material, clusters of a mixture of the first and second materials, and voids, etching at different rates when exposed to an etchant; - etching the heterogeneous layer to form an interconnection layer having a randomized conductive pattern ; and - electrically coupling the electrodes to a sensing circuit and to the randomized conductive pattern .
A system including: a first computing device including a port ; a second computing device configured to communicate on a first network with the first computing device ; a port security device configured to restrict access to the port and allow monitoring of the port , wherein the port security device includes a transceiver configured to communicate with a remote computing device , wherein the remote computing device is configured to determine a status of the port security device , and wherein at least one of the port security device and the remote computing device includes a user interface configured to provide an indication of the status of the port security device ; characterised by an access point configured to receive a signal from the port security device when the status of the port security device changes, wherein the access point is configured to send a signal to the remote computing device when the access point receives the signal from the port security device , wherein the access point , the remote computing device , and the port security device are out-of-band of the first computing device and are configured to communicate on a second network isolated from the first network to prevent the first computing device accessing communications between the port security device , the access point , and the remote computing device and to prevent a user from controlling the port security device from the first computing device . a first computing device including a port ; a second computing device configured to communicate on a first network with the first computing device ; a port security device configured to restrict access to the port and allow monitoring of the port , wherein the port security device includes a transceiver configured to communicate with a remote computing device , wherein the remote computing device is configured to determine a status of the port security device , and wherein at least one of the port security device and the remote computing device includes a user interface configured to provide an indication of the status of the port security device ; characterised by an access point configured to receive a signal from the port security device when the status of the port security device changes, wherein the access point is configured to send a signal to the remote computing device when the access point receives the signal from the port security device , wherein the access point , the remote computing device , and the port security device are out-of-band of the first computing device and are configured to communicate on a second network isolated from the first network to prevent the first computing device accessing communications between the port security device , the access point , and the remote computing device and to prevent a user from controlling the port security device from the first computing device .
A method of detecting a bacterial infection of the blood stream or central nervous system in a subject, the method comprising: • assaying a blood sample representative of gene expression in the subject to obtain data indicative of the relative abundance ratio of target molecules indicative of the expression of the gene pair: ELANE and IFI44L, and optionally at least one further gene pair from the group consisting of: CTSG and IFI44L; ELANE and S1PR5; CTSG and S1PR5; GRK6 and TXLNA; DUSP1 and IFI44L; APMAP and KMT2A; DUSP1 and HP1BP3; FLOT1 and NMT1; APMAP and HUWE1; ELANE and SIGLEC1; ELANE and IF127; and DUSP1 and NMT1; • wherein the target molecules are selected from: an mRNA target molecule comprising an RNA transcript of the relevant gene, and a protein target molecule comprising a protein encoded by the relevant gene; and • determining the presence of a bacterial infection of the blood stream or central nervous system in the subject in dependence on the data. • assaying a blood sample representative of gene expression in the subject to obtain data indicative of the relative abundance ratio of target molecules indicative of the expression of the gene pair: ELANE and IFI44L, and optionally at least one further gene pair from the group consisting of: CTSG and IFI44L; ELANE and S1PR5; CTSG and S1PR5; GRK6 and TXLNA; DUSP1 and IFI44L; APMAP and KMT2A; DUSP1 and HP1BP3; FLOT1 and NMT1; APMAP and HUWE1; ELANE and SIGLEC1; ELANE and IF127; and DUSP1 and NMT1; • wherein the target molecules are selected from: an mRNA target molecule comprising an RNA transcript of the relevant gene, and a protein target molecule comprising a protein encoded by the relevant gene; and • determining the presence of a bacterial infection of the blood stream or central nervous system in the subject in dependence on the data.
Computer-implemented method for masking a static section of a vehicle, in particular of an off-road vehicle, in an input image , wherein the input image comprises at least one section of the vehicle, in particular of the off-road vehicle, and a vehicle environment , wherein an original mask is selected and/or defined on the basis of the input image , wherein the original mask masks at least one static section of the vehicle, in particular of the off-road vehicle, wherein the method is characterized in that the input image is partitioned into a grid comprising nodes , edges and cells , wherein a cell is bounded by three edges (11, E) and an edge (11, E) has at least one first and one second node (12, N), in that environment cells having an edge , for which at least one node (12, N) is in the original mask and furthermore not all nodes (12, N) are in the original mask , are selected as cells , in that each environment cell is divided into four environment subcells in each case, wherein, for the division, a further node (N) is introduced on each of the three edges (11, E) of the environment cell and the introduced nodes (N) of the environment cell are connected by means of introduced edges (E).
An optical device , comprising: an electro-optical layer , having an effective local index of refraction at any given location within an active area of the electro-optical layer that is determined by a voltage waveform applied across the electro-optical layer at the location; conductive electrodes extending over opposing first and second sides of the electro-optical layer, the electrodes comprising an array of excitation electrodes, which extend along respective, mutually-parallel axes in a predefined direction across the first side of the electro-optical layer; and control circuitry , which is coupled to apply respective control voltage waveforms to the excitation electrodes so as to generate a specified phase modulation profile in the electro-optical layer which causes the device to function as a Fresnel lens; characterized in that the array of excitation electrodes comprises at least first and second electrodes having respective first and second widths in a transverse direction, perpendicular to the axes, wherein the first width is at least twice the second width; in that the specified phase modulation profile has an abrupt phase transition that occurs in a vicinity of at least one of the second electrodes; and in that the control circuitry is configured to modify said respective control voltage waveforms so as to shift an optical axis of the Fresnel lens. an electro-optical layer , having an effective local index of refraction at any given location within an active area of the electro-optical layer that is determined by a voltage waveform applied across the electro-optical layer at the location; conductive electrodes extending over opposing first and second sides of the electro-optical layer, the electrodes comprising an array of excitation electrodes, which extend along respective, mutually-parallel axes in a predefined direction across the first side of the electro-optical layer; and control circuitry , which is coupled to apply respective control voltage waveforms to the excitation electrodes so as to generate a specified phase modulation profile in the electro-optical layer which causes the device to function as a Fresnel lens; characterized in that the array of excitation electrodes comprises at least first and second electrodes having respective first and second widths in a transverse direction, perpendicular to the axes, wherein the first width is at least twice the second width; in that the specified phase modulation profile has an abrupt phase transition that occurs in a vicinity of at least one of the second electrodes; and in that the control circuitry is configured to modify said respective control voltage waveforms so as to shift an optical axis of the Fresnel lens.
Bone plate with a lower surface , an upper surface , a thickness T measured between the lower and upper surfaces (2;3), a longitudinal axis and a plurality of plate holes running from the lower surface to the upper surface , the bone plate further having a slot extending from the lower surface towards the upper surface and having a width W measured at the lower surface and parallel to the longitudinal axis , characterized in that (i) the slot extends to a maximum distance D measured from the lower surface towards the upper surface of 0.4 - 0.9 times the thickness T of the bone plate ; (ii) the slot has a width measured parallel to the longitudinal axis which at its maximum extension E is at least 0.8 mm, preferably of at least 3 mm; (iii) the slot allows the plate to bend longitudinally - additionally to the intrinsic bendability of the unslotted plate - at most to the amount of 20°, preferably at most to the amount of 10°; wherein (iv) the length of the lower surface is shortened at most 1 mm upon closure of the slot at the lower surface of the bone plate so that the width W is equal to 0. (i) the slot extends to a maximum distance D measured from the lower surface towards the upper surface of 0.4 - 0.9 times the thickness T of the bone plate ; (ii) the slot has a width measured parallel to the longitudinal axis which at its maximum extension E is at least 0.8 mm, preferably of at least 3 mm; (iii) the slot allows the plate to bend longitudinally - additionally to the intrinsic bendability of the unslotted plate - at most to the amount of 20°, preferably at most to the amount of 10°; wherein (iv) the length of the lower surface is shortened at most 1 mm upon closure of the slot at the lower surface of the bone plate so that the width W is equal to 0.
Use of a modified phenol-formaldehyde resin adhesive as an adhesive in the preparation of a flooring base material, wherein the modified phenol-formaldehyde resin adhesive is obtainable by a preparation method comprising the following steps: mixing a papermaking waste, a catalyst, and water, and subjecting a resulting mixture to a reaction with formaldehyde to obtain a modified papermaking waste; mixing a mixture of phenol and a catalyst with formaldehyde to allow a reaction to obtain a material A; and subjecting the material A to a reaction with the modified papermaking waste, and testing a material obtained from the reaction at 40°C using a TU-4 viscosity cup, and when an outflow time is 18 s to 22 s, collecting the material; wherein steps and are allowed to be conducted in any order and the viscosity is measured according to GB/T1723-93 at 40°C. mixing a papermaking waste, a catalyst, and water, and subjecting a resulting mixture to a reaction with formaldehyde to obtain a modified papermaking waste; mixing a mixture of phenol and a catalyst with formaldehyde to allow a reaction to obtain a material A; and subjecting the material A to a reaction with the modified papermaking waste, and testing a material obtained from the reaction at 40°C using a TU-4 viscosity cup, and when an outflow time is 18 s to 22 s, collecting the material;
A cosmetic non-therapeutic use of at least one sugar or oil as a prebiotic with a cosmetically acceptable carrier, wherein the sugar is selected from trehalose or babassu palm starch, and the oil is selected from crabwood (andiroba), moriche ( buriti ) palm, Brazilnut, and wild sage (guagatonga) extract.
A clip for attaching a medical device to a structure, comprising: a lever arm comprising a user grasping area and a clamp ; a base portion in a position opposed to the lever arm and connected to the lever arm via a torsion spring , wherein the torsion spring provides torsion between the lever arm and the base portion ; a mounting block to interface with the medical device; and a rotation mechanism configured to restrict rotation of the base portion with respect to the medical device, characterized in that the rotation mechanism comprises: a latch arm attached at a first end to the base portion and free at a second end; a latch pin configured to sit in the second end of the latch arm ; and a latch base rotatably connected to the base portion , the latch base configured to accept the latch pin , wherein the latch base is rotatable relative to the base portion such that the latch base rotates relative to the latch arm attached to the base portion ; and wherein the mounting block is operably connected to the latch base of the rotation mechanism; wherein the latch arm is moveable towards the center portion of the base portion , such that the latch pin is moveable from a latched position to an unlatched position , when the user applies a force on the latch arm . a lever arm comprising a user grasping area and a clamp ; a base portion in a position opposed to the lever arm and connected to the lever arm via a torsion spring , wherein the torsion spring provides torsion between the lever arm and the base portion ; a mounting block to interface with the medical device; and a rotation mechanism configured to restrict rotation of the base portion with respect to the medical device, characterized in that the rotation mechanism comprises: a latch arm attached at a first end to the base portion and free at a second end; a latch pin configured to sit in the second end of the latch arm ; and a latch base rotatably connected to the base portion , the latch base configured to accept the latch pin , wherein the latch base is rotatable relative to the base portion such that the latch base rotates relative to the latch arm attached to the base portion ; and a latch arm attached at a first end to the base portion and free at a second end; a latch pin configured to sit in the second end of the latch arm ; and a latch base rotatably connected to the base portion , the latch base configured to accept the latch pin , wherein the latch base is rotatable relative to the base portion such that the latch base rotates relative to the latch arm attached to the base portion ; and wherein the mounting block is operably connected to the latch base of the rotation mechanism; wherein the latch arm is moveable towards the center portion of the base portion , such that the latch pin is moveable from a latched position to an unlatched position , when the user applies a force on the latch arm .
A method comprising: outputting , by a keyboard application executing at a computing device , for display, a graphical keyboard comprising a plurality of keys ; determining , by the keyboard application, based on an indication of a selection of one or more keys from the plurality of keys (1 18A), readable text of an electronic communication; responsive to determining an end of the text, generating , by the keyboard application, based at least in part on the text, an image-based search query that is a search query for use in searching for images; outputting , by the keyboard application, for display within the graphical keyboard , a first graphical indication to indicate that the keyboard application generated the image-based search query; responsive to receiving an indication of a selection of the first graphical indication, initiating, by the keyboard application, based on the image-based search query, an image-based search; and outputting, by the keyboard application, for display within the graphical keyboard , a second graphical indication of one or more image-based search results obtained from the image-based search. outputting , by a keyboard application executing at a computing device , for display, a graphical keyboard comprising a plurality of keys ; determining , by the keyboard application, based on an indication of a selection of one or more keys from the plurality of keys (1 18A), readable text of an electronic communication; responsive to determining an end of the text, generating , by the keyboard application, based at least in part on the text, an image-based search query that is a search query for use in searching for images; outputting , by the keyboard application, for display within the graphical keyboard , a first graphical indication to indicate that the keyboard application generated the image-based search query; responsive to receiving an indication of a selection of the first graphical indication, initiating, by the keyboard application, based on the image-based search query, an image-based search; and outputting, by the keyboard application, for display within the graphical keyboard , a second graphical indication of one or more image-based search results obtained from the image-based search.
Adaptive method for generating CT image data, having the steps: - acquiring projection measurement data (PMD) of an examination region (FoV) of an examination object (O), - generating uncorrected image data (BD1, TP, RTD) of the examination region (FoV), - determining artifact-affected subregions (ATB) of the examination region (FoV) on the basis of at least one part of the uncorrected image data (BD1, TP, RTD), - carrying out an artifact-reduced image reconstruction in the artifact-affected subregions (ATB) of the examination region (FoV), wherein artifact-reduced subimage data (BD2) is only generated from the artifact-affected subregions (ATB), - generating artifact-reduced image data (BD3) of the entire examination region (FoV) by combining at least one part of the uncorrected image data (BD1) and the artifact-reduced subimage data (BD2). - acquiring projection measurement data (PMD) of an examination region (FoV) of an examination object (O), - generating uncorrected image data (BD1, TP, RTD) of the examination region (FoV), - determining artifact-affected subregions (ATB) of the examination region (FoV) on the basis of at least one part of the uncorrected image data (BD1, TP, RTD), - carrying out an artifact-reduced image reconstruction in the artifact-affected subregions (ATB) of the examination region (FoV), wherein artifact-reduced subimage data (BD2) is only generated from the artifact-affected subregions (ATB), - generating artifact-reduced image data (BD3) of the entire examination region (FoV) by combining at least one part of the uncorrected image data (BD1) and the artifact-reduced subimage data (BD2).
Apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, which apparatus comprises a tool carrier device adapted to position at least one tool unit inside a process chamber of the apparatus , characterized in that the tool carrier device comprises at least one, in particular exchangeable, tool unit that is moveable between a retracted position in which the tool unit is received in a tool housing and an extended position in which the tool unit is at least partly extended from the tool housing , wherein the tool carrier device is built as application device adapted to apply build material onto at least one build plane , wherein the tool unit is built as a coater, in particular a coater blade, adapted to convey build material from a dose plane of a dose module to a build plane of a build module.
System comprising a wave energy converter and an assembly , adapted to be driven by the wave energy converter , the wave energy converter comprises an array , preferably in the form of rows and columns (11i-11xv,12i-12xv,13i-13xxx), of floating elements adapted to float on a sea surface in the vicinity of a shore, each floating element having a first and a second end, each end being connected to a lever , the lever being connected through a bearing to a pivot point, each lever is connected in an articulated manner to a piston rod in a wave-actuated liquid pump that is in fluid communication with a pipe , which pipe is adapted to lead the liquid to a workstation , the workstation comprising the assembly , wherein the assembly is a Pelton turbine, driven by the liquid, for driving a generator or a sand pump driven by the liquid or an electrolysis device for converting water to hydrogen.
A magnetic junction, comprising: a free layer ; and an oxide interlayer (140, 440", 640, 740, 840, 940) on the free layer , the oxide interlayer (140, 440", 640, 740, 840, 940) including a metal; a reference layer ; and a nonmagnetic spacer layer , the nonmagnetic spacer layer being between the reference layer and the free layer , the free layer being between the nonmagnetic spacer layer and the oxide interlayer (140, 440", 640, 740, 840, 940), and characterized in that the oxide interlayer (140, 440", 640, 740, 840, 940) includes at least one glass-forming agent, the at least one glass-forming agent being at least five atomic percent and not more than fifty atomic percent in amount based on a total atomic amount of the metal and the at least one glass-forming agent. a free layer ; and an oxide interlayer (140, 440", 640, 740, 840, 940) on the free layer , the oxide interlayer (140, 440", 640, 740, 840, 940) including a metal; a reference layer ; and a nonmagnetic spacer layer , the nonmagnetic spacer layer being between the reference layer and the free layer , the free layer being between the nonmagnetic spacer layer and the oxide interlayer (140, 440", 640, 740, 840, 940), and characterized in that the oxide interlayer (140, 440", 640, 740, 840, 940) includes at least one glass-forming agent, the at least one glass-forming agent being at least five atomic percent and not more than fifty atomic percent in amount based on a total atomic amount of the metal and the at least one glass-forming agent.