mhurhangee/ep-ind-claims huggingface dataset:
A hand held electronic device, comprising: a display that forms a viewing region of the hand held electronic device; a first touch sensing device located in a first region of the hand held electronic device, the hand held electronic device being characterized in that said first touch, sensing device is positioned over the display to form a multipoint touch screen, the multipoint touch screen capable of sensing multiple points of contact on the touch screen at the same time and reporting the multiple points of contact to a controller of the hand held electronic device; and a second touch sensing device located in a second region of the hand held electronic device, the second region being at a different location than the first region of the hand held electronic device, wherein the second touch sensing device is a touch sensitive surface located at a bezel that surrounds the edges of the display and is capable of reporting touches to the controller; wherein the controller is configured to interpret the reported multiple points of contact and touches on the multipoint touch screen and the second touch securing divice in accordance with their programming, respectively. a display that forms a viewing region of the hand held electronic device; a first touch sensing device located in a first region of the hand held electronic device, the hand held electronic device being characterized in that said first touch, sensing device is positioned over the display to form a multipoint touch screen, the multipoint touch screen capable of sensing multiple points of contact on the touch screen at the same time and reporting the multiple points of contact to a controller of the hand held electronic device; and a second touch sensing device located in a second region of the hand held electronic device, the second region being at a different location than the first region of the hand held electronic device, wherein the second touch sensing device is a touch sensitive surface located at a bezel that surrounds the edges of the display and is capable of reporting touches to the controller; wherein the controller is configured to interpret the reported multiple points of contact and touches on the multipoint touch screen and the second touch securing divice in accordance with their programming, respectively.
A harness for a clearing saw, the harness comprising a back plate, the back plate including connections for shoulder straps and further attachment straps, such as a waist belt, wherein the harness further comprises a hip pad provided with a hook for connection to the clearing saw, wherein the hip pad and the hook are suspended on a support strap, characterized in that the back plate comprises a rigid upper plate portion and a rigid lower plate portion, said plate portions (4, 5) being connectable or connected to each other by means of a connection, said plate portions being adjustable in relation to each other to provide for good comfort for a user wearing the harness, wherein the support strap extends from the lower plate portion.
An electrochromic element, comprising: a first electrode; a second electrode; and an electrolyte provided between the first electrode and the second electrode, wherein the first electrode contains a cross-linked product obtained through cross-linking of an electrochromic composition where the electrochromic composition contained a radical polymerizable compound containing triarylamine, and another radical polymerizable compound different from the radical polymerizable compound containing triarylamine. a first electrode; a second electrode; and an electrolyte provided between the first electrode and the second electrode, wherein the first electrode contains a cross-linked product obtained through cross-linking of an electrochromic composition where the electrochromic composition contained a radical polymerizable compound containing triarylamine, and another radical polymerizable compound different from the radical polymerizable compound containing triarylamine.
A monoclonal or polyclonal antibody or fragment thereof that binds the ectodomain of C1ORF32 or portions or variants thereof and blocks the interaction of C1 ORF32 with its counter-receptor, wherein the ectodomain is selected from the polypeptides of SEQ ID NO 147, 148 and 299 and the variant thereof possesses at least 80% sequence identity therewith for use in therapy.
Carbon black, the standard deviation σ of aggregate size distribution of which is obtained by a light scattering method using an ultraviolet ray using a laser diffraction particle size distribution analyzer "SALD7100" with a wave length of 375 nm, the standard deviation σ satisfying the expression: σ < − 48.7 × 24 M 4 DBP / D st + 161.8 wherein 24M4DBP represents the dibutyl phthalate absorption number (cm 3 /100 g) of compressed sample measured according to ISO 6894, and D st (nm) is a Stokes' equivalent diameter providing the mode in aggregate size distribution obtained by a centrifugal sedimentation method measured according to JIS K6217-6; wherein the 24M4DBP absorbed amount is 106 to 120 cm 3 /100g, the CTAB specific surface area (m 2 /g) measured according to ISO 6810 is 70 < CTAB specific surface area (m 2 /g) < 105, and the 24M4DBP/D st is 1.3 < 24M4DBP/D st < 1.5.
A bronchoscopy system configured to perform automatic landmark registration during a bronchoscopy procedure, the bronchoscopy system comprising: a processor operatively coupled to a catheter and a visual display device; the processor configured to generate a map of airways of a lung based on a pre-operative image of the lung, wherein the map can be displayed on a visual display; the processor configured to generate a segmentation centerline of the airways of the lung based on the pre-operative image of the lung; the processor configured to automatically detect a first plurality of landmarks on the segmentation centerline, wherein the first plurality of landmarks correspond to bifurcations in the airways of the lung; the processor configured to generate a location data point cloud based on locations of the catheter during navigation through the airways of the lung; the processor configured to generate a bounding volume of the airways of the lung based on the location data point cloud; the processor configured to detect a bounding volume centerline from the bounding volume of the airways of the lung; the processor configured to automatically detect a second plurality of landmarks on the bounding volume centerline corresponding to the bifurcations of the first plurality of landmarks; and the processor configured to generate a mapping of the first plurality of landmarks to corresponding points in the second plurality of landmarks and use the mapping to integrate the location data point cloud with the map of the airways of the lung. a processor operatively coupled to a catheter and a visual display device; the processor configured to generate a map of airways of a lung based on a pre-operative image of the lung, wherein the map can be displayed on a visual display; the processor configured to generate a segmentation centerline of the airways of the lung based on the pre-operative image of the lung; the processor configured to automatically detect a first plurality of landmarks on the segmentation centerline, wherein the first plurality of landmarks correspond to bifurcations in the airways of the lung; the processor configured to generate a location data point cloud based on locations of the catheter during navigation through the airways of the lung; the processor configured to generate a bounding volume of the airways of the lung based on the location data point cloud; the processor configured to detect a bounding volume centerline from the bounding volume of the airways of the lung; the processor configured to automatically detect a second plurality of landmarks on the bounding volume centerline corresponding to the bifurcations of the first plurality of landmarks; and the processor configured to generate a mapping of the first plurality of landmarks to corresponding points in the second plurality of landmarks and use the mapping to integrate the location data point cloud with the map of the airways of the lung.
A load balancing method, comprising: obtaining, by a load balancer, an invalidation notification, wherein the invalidation notification comprises an identifier of an invalid object on a target side, and the invalid object comprises an invalid interaction node, an invalid session group on an interaction node, or an invalid session in a session group; broadcasting, by the load balancer, the invalidation notification, wherein the invalidation notification is used to instruct an interaction node on a source side to delete recorded information about a load balancing protocol of the invalid object; and reassigning (S311, S312), by the load balancer, an interaction node on the target side to an application interaction request when the load balancer receives the application interaction request from the interaction node on the source side and destination data in the application interaction request is empty, following deletion of the recorded information about the load balancer protocol of the invalid object. obtaining, by a load balancer, an invalidation notification, wherein the invalidation notification comprises an identifier of an invalid object on a target side, and the invalid object comprises an invalid interaction node, an invalid session group on an interaction node, or an invalid session in a session group; broadcasting, by the load balancer, the invalidation notification, wherein the invalidation notification is used to instruct an interaction node on a source side to delete recorded information about a load balancing protocol of the invalid object; and reassigning (S311, S312), by the load balancer, an interaction node on the target side to an application interaction request when the load balancer receives the application interaction request from the interaction node on the source side and destination data in the application interaction request is empty, following deletion of the recorded information about the load balancer protocol of the invalid object.
A powdery composition for preparing a food substitute with the addition of liquid, wherein the powder-shaped composition comprises proteins in the form of - milk protein and/or skimmed milk powder, - carbohydrates in the form of saccharides and/or inulin, as well as - chlorogenic acid for supporting the metabolism, - stinging nettle extract, and - mate extract and/or mate tea. - milk protein and/or skimmed milk powder, - carbohydrates in the form of saccharides and/or inulin, as well as - chlorogenic acid for supporting the metabolism, - stinging nettle extract, and - mate extract and/or mate tea.
A ventilation device for a closed vertical wind tunnel, in which an air flow is recirculated in a substantially annular air duct, comprising at least one air inlet having an inlet opening, through which air from the environment can be supplied to the air flow of the vertical wind tunnel, an air outlet having an outlet opening, through which part of the air of the air flow can be discharged into the environment, a means for constricting the effective cross-section of the air duct in the region of the outlet opening, the inlet opening being in fluid communication with a portion of the air duct that is located downstream of the constricted cross-section of the air duct, the means for constricting the effective cross-section of the air duct comprising at least one guide flap which is adapted to be moved between a first position, in which it fully or largely closes the inlet opening, and a second position, in which it exposes the inlet opening or provides a larger effective inlet cross-section, characterized in that in the second position, the guide flap constricts the effective cross-section of the air duct through the outlet opening.
A multi-station, reciprocating die, pattern forming machine, including: - a pair of reciprocal slide members (502, 503) movable along parallel paths on opposite sides of a longitudinal plane with spaced pairs of pattern forming dies (512, 512a) thereon reciprocal between an insert position and an eject position relative to an associated center of process (WC1, WC2) within said longitudinal plane and spaced planes perpendicular thereto, - drive mechanism (505, 506, 510) to reciprocate the dies (512, 512a) between said insert position and said eject position, - mechanism (710, 712, 713) to deliver and position a pattern receiving blank (600, 600a) at the center of process (WC1, WC2) associated with a pair of dies (512, 512a) when said dies (512, 512a) of a pair are in said insert position, - axial translation of said dies (512, 512a) from said insert position to said eject position causing said dies (512, 512a) to rotate the blank (600, 600a) at said center of process (WC1, WC2) and impart a pattern upon the blank (600, 600a) and release a patterned part when said dies (512, 512a) are in said eject position, characterized in that each reciprocal slide member (502, 503) includes a die holder (552, 553, 652, 653) attached thereto, each said die holder (552, 553, 652, 653) comprising spaced end blocks (566, 576, 676) and a center block (568, 578, 668, 678) connected to said slide member (502, 503) and defining die receiving pockets. - a pair of reciprocal slide members (502, 503) movable along parallel paths on opposite sides of a longitudinal plane with spaced pairs of pattern forming dies (512, 512a) thereon reciprocal between an insert position and an eject position relative to an associated center of process (WC1, WC2) within said longitudinal plane and spaced planes perpendicular thereto, - drive mechanism (505, 506, 510) to reciprocate the dies (512, 512a) between said insert position and said eject position, - mechanism (710, 712, 713) to deliver and position a pattern receiving blank (600, 600a) at the center of process (WC1, WC2) associated with a pair of dies (512, 512a) when said dies (512, 512a) of a pair are in said insert position, - axial translation of said dies (512, 512a) from said insert position to said eject position causing said dies (512, 512a) to rotate the blank (600, 600a) at said center of process (WC1, WC2) and impart a pattern upon the blank (600, 600a) and release a patterned part when said dies (512, 512a) are in said eject position,
Heating system for a fluid line system, wherein at least one fluid line has at least one associated electrical heating element (R L) which is supplied with an electrical operating voltage (U B) for applying a predetermined heating output to the fluid line, wherein the heating element (R L) is actuated in a manner clocked with pulse-width modulation with a specific or variable duty cycle by means of an electronic control element for setting or regulating the heating output of the said heating element, characterized in that the heating element (R L) which is associated with the fluid line is connected electrically in series to at least one further heating element (R V1 /R V2), wherein the control element actuates at least some of the existing heating elements (R L, R V1, R V2) individually in order to individually set or regulate the heating output of the said heating elements.
A rear brake hose layout structure for a saddle riding vehicle, comprising: a swing arm including an arm body, a pivot portion, and an intermediate portion that interconnects the arm body and the pivot portion; a brake hose having at least a portion disposed on an upper surface of the swing arm; and an inner fender mounted on the swing arm and covering the swing arm and a rear wheel from above, the inner fender having a forward extension covering at least a portion of an upper surface of the intermediate portion of the swing arm and the inner fender having an central arcuate portion that protrudes forwardly and extends along part of an outer circumferential surface of the rear wheel with a distal end substantially aligned with a rear surface of the intermediate portion in a view from above, characterized in that the forward extension overlaps the brake hose as viewed from a side of the vehicle, the inner fender has a recess defined between the forward extension and the arcuate portion, a gap which does not overlap the swing arm in a view from above is defined rearwardly of the intermediate portion of the swing arm. the gap is defined between a rear surface of the intermediate portion and the recess in the inner fender in a view from above, and the brake hose extends through the gap and is disposed inwardly of the arm body of the swing arm. a swing arm including an arm body, a pivot portion, and an intermediate portion that interconnects the arm body and the pivot portion; a brake hose having at least a portion disposed on an upper surface of the swing arm; and an inner fender mounted on the swing arm and covering the swing arm and a rear wheel from above, the inner fender having a forward extension covering at least a portion of an upper surface of the intermediate portion of the swing arm and the inner fender having an central arcuate portion that protrudes forwardly and extends along part of an outer circumferential surface of the rear wheel with a distal end substantially aligned with a rear surface of the intermediate portion in a view from above, characterized in that the forward extension overlaps the brake hose as viewed from a side of the vehicle, the inner fender has a recess defined between the forward extension and the arcuate portion, a gap which does not overlap the swing arm in a view from above is defined rearwardly of the intermediate portion of the swing arm. the gap is defined between a rear surface of the intermediate portion and the recess in the inner fender in a view from above, and the brake hose extends through the gap and is disposed inwardly of the arm body of the swing arm.
A resin composition for coating an engine piston, the resin composition being capable of providing a coated layer on at least part of the engine piston and comprising: a binder; a solvent; a solid lubricant; and a reinforcement; wherein a coefficient of friction of the coated layer ranges from 0.02 to 0.03; a viscosity of the resin composition ranges from 23,000 cps to 40,000 cps; and the reinforcement comprises carbon nanotubes (CNTs) and the CNTs meet the inequality given below: 800 ≤ CNT Content in weight percent, wt % × CNT Average Aspect Ratio ≤ 1332. a binder; a solvent; a solid lubricant; and a reinforcement; wherein a coefficient of friction of the coated layer ranges from 0.02 to 0.03; a viscosity of the resin composition ranges from 23,000 cps to 40,000 cps; and the reinforcement comprises carbon nanotubes (CNTs) and the CNTs meet the inequality given below: 800 ≤ CNT Content in weight percent, wt % × CNT Average Aspect Ratio ≤ 1332.
A method of detecting in a clinical sample genetic material deriving from Chlamydia trachomatis comprising sequence-specific detection of a nucleic acid sequence, said nucleic acid sequence comprising at least 15 contiguous nucleotide residues contained in SEQ ID NO: 1 or its complement.
Liquid gelable composition for use in a method for cleaning dental plaque biofilm from teeth, comprising the steps of: applying the liquid gelable composition to the teeth, the composition having a viscosity such that substantially all exposed areas of the teeth are covereable by the liquid composition; gelling the liquid composition on the teeth to produce a gel layer, wherein the gel layer adheres more strongly to the dental plaque biofilm than the biofilm adheres to the teeth; and removing the gel layer from the teeth, and the dental plaque biofilm along with the gel layer, wherein the dental plaque biofilm adheres to the gel layer, wherein the liquid composition includes a positively charged polymer, selected from chitosan, chitin and diethyleneaminoethyl dextran. applying the liquid gelable composition to the teeth, the composition having a viscosity such that substantially all exposed areas of the teeth are covereable by the liquid composition; gelling the liquid composition on the teeth to produce a gel layer, wherein the gel layer adheres more strongly to the dental plaque biofilm than the biofilm adheres to the teeth; and removing the gel layer from the teeth, and the dental plaque biofilm along with the gel layer, wherein the dental plaque biofilm adheres to the gel layer, wherein the liquid composition includes a positively charged polymer, selected from chitosan, chitin and diethyleneaminoethyl dextran.
A heating assembly in a humidification system, the heating assembly comprising: a heater plate (108, 2903, 2989); and an at least partially flat filament (2935, 2992) configured to heat the heater plate (108, 2903, 2989), characterized in that the at least partially flat filament (2935, 2992) is wound around a flat non-conductive core so that when the at least partially flat filament (2935, 2992) is wound around the non-conductive core the combination of the filament (2935, 2992) and core forms a flat heating element. a heater plate (108, 2903, 2989); and an at least partially flat filament (2935, 2992) configured to heat the heater plate (108, 2903, 2989), characterized in that the at least partially flat filament (2935, 2992) is wound around a flat non-conductive core so that when the at least partially flat filament (2935, 2992) is wound around the non-conductive core the combination of the filament (2935, 2992) and core forms a flat heating element.
Method for detecting vulnerabilities of at least one virtual production server of a first system corresponding to a virtual or cloud computer system, said method comprising the following steps: - providing a second system for analysing the vulnerabilities of said at least one virtual production server of the first system, said second system being outside said first system; - connecting the second system with the first system; - the second system calling an infrastructure of programming interfaces, called API, in the first system to create a clone or a disk copy of said at least one virtual production server in the first system, by using cloning functions of said API; - connecting the second system to said clone or said disk copy in the first system; - said second system analysing the vulnerabilities of said clone or of said disk copy in the first system; - said second system erasing said clone or said disk copy in the first system; - said second system generating a report of analysis of the vulnerabilities of the clone or of the disk copy in the first system; - said second system deducing the vulnerabilities in said at least one virtual production server from the analysis of the vuh1erabilities of the clone or of the disk copy in the first system; - using the report of analysis of the vulnerabilities to fix the vulnerabilities of the virtual production server. - providing a second system for analysing the vulnerabilities of said at least one virtual production server of the first system, said second system being outside said first system; - connecting the second system with the first system; - the second system calling an infrastructure of programming interfaces, called API, in the first system to create a clone or a disk copy of said at least one virtual production server in the first system, by using cloning functions of said API; - connecting the second system to said clone or said disk copy in the first system; - said second system analysing the vulnerabilities of said clone or of said disk copy in the first system; - said second system erasing said clone or said disk copy in the first system; - said second system generating a report of analysis of the vulnerabilities of the clone or of the disk copy in the first system; - said second system deducing the vulnerabilities in said at least one virtual production server from the analysis of the vuh1erabilities of the clone or of the disk copy in the first system; - using the report of analysis of the vulnerabilities to fix the vulnerabilities of the virtual production server.