mhurhangee/patent-ind-claim-en huggingface dataset:
A trailer vehicle function control system for a trailer, the system comprising an electronic control unit, which electronic control unit is provided with a standards compliant communications interface adapted to communicate wirelessly with an electronic device remote from the communications interface adapted to actuate control of functions on the trailer, characterised in that the electronic control unit is adapted in a first step to transmit a signal at a first strength and the electronic device is adapted to measure the signal strength of signals received from the electronic control device and to return the measured signal strength, wherein the electronic control unit compares the transmitted signal strength with the received signal strength returned by the electronic device, the electronic control unit then determines a value for the proximity of the electronic device based on the difference between the transmitted and received signal strengths.
A temperature abnormality detection system configured to detect a temperature abnormality of a target device installed in a board casing of a board , wherein the temperature abnormality detection system comprises: a sensor casing ; a first temperature sensor that includes a radiation temperature sensor and configured to measure a first temperature (T1) indicated by the target device by the radiation temperature sensor at a position apart from the target device ; a second temperature sensor that includes a contact type temperature sensor and configured to measure a second temperature (T2) indicated by ambient air around the target device by the contact type temperature sensor inside the board casing ; and a substrate mounted on the sensor casing, wherein the first temperature sensor and the second temperature sensor are mounted in common on the substrate in the sensor casing, the temperature abnormality detection system further comprising a processor configured to act as an abnormality determination unit to calculate a temperature difference (ΔT) between the first temperature (T1) and the second temperature (T2), characterized in that the processor is further configured to determine that a temperature abnormality of the target device has occurred when the temperature difference (ΔT) becomes a predetermined threshold value (Th) or more, and the sensor casing is configured to be installed in the casing of the board in a tilted state so that the target device is in a field of view of the radiation temperature sensor . a sensor casing ; a first temperature sensor that includes a radiation temperature sensor and configured to measure a first temperature (T1) indicated by the target device by the radiation temperature sensor at a position apart from the target device ; a second temperature sensor that includes a contact type temperature sensor and configured to measure a second temperature (T2) indicated by ambient air around the target device by the contact type temperature sensor inside the board casing ; and a substrate mounted on the sensor casing, wherein the first temperature sensor and the second temperature sensor are mounted in common on the substrate in the sensor casing, the temperature abnormality detection system further comprising a processor configured to act as an abnormality determination unit to calculate a temperature difference (ΔT) between the first temperature (T1) and the second temperature (T2), characterized in that the processor is further configured to determine that a temperature abnormality of the target device has occurred when the temperature difference (ΔT) becomes a predetermined threshold value (Th) or more, and the sensor casing is configured to be installed in the casing of the board in a tilted state so that the target device is in a field of view of the radiation temperature sensor .
A computer-based method for designing a software program comprising a plurality of modules, wherein each module of the plurality of modules is allocated to at least one layer of a plurality of software module layer , each layer having increasing layer numbers corresponding to increasing levels of abstraction and increasing restriction of the layer functionality, the method comprising: creating at least one initialization sequence defining a predetermined initialization order for each module layer of said plurality of module layers and each module within each module layer of said plurality of modules; creating calling order constraints for said plurality of modules using said at least one initialization sequence wherein a first module in a first module layer may call a second module in a second module layer if said first module layer succeeds said second module layer in said predetermined initialization order, and a module in a module layer may call another module in the module layer if the module succeeds the other module in the initialization sequence; creating a program specification for said software program, said program specification comprising a module specification for each module of said plurality of modules, said module specification indicating other modules called by an implementation of said module; and determining whether said program specification is consistent with respect to said at least one initialization sequence and said calling order constraints. creating at least one initialization sequence defining a predetermined initialization order for each module layer of said plurality of module layers and each module within each module layer of said plurality of modules; creating calling order constraints for said plurality of modules using said at least one initialization sequence wherein a first module in a first module layer may call a second module in a second module layer if said first module layer succeeds said second module layer in said predetermined initialization order, and a module in a module layer may call another module in the module layer if the module succeeds the other module in the initialization sequence; creating a program specification for said software program, said program specification comprising a module specification for each module of said plurality of modules, said module specification indicating other modules called by an implementation of said module; and determining whether said program specification is consistent with respect to said at least one initialization sequence and said calling order constraints.
A flexible substrate attaching method comprising the steps of: pre-fixing a flexible substrate on a carrier substrate with a first fixation structure (S101); forming a thin film on the flexible substrate , and forming a pattern of the thin film via a patterning process; the pattern of the thin film contacting at least a part of the flexible substrate and at least a part of the carrier substrate simultaneously to play the function of consolidating the flexible substrate onto the carrier substrate (S102), wherein the pattern of the thin film comprises: a plurality of interlaced horizontal and longitudinal strip-like structures separating the flexible substrate into a plurality of regions , each of the regions corresponding to a flexible panel. pre-fixing a flexible substrate on a carrier substrate with a first fixation structure (S101); forming a thin film on the flexible substrate , and forming a pattern of the thin film via a patterning process; the pattern of the thin film contacting at least a part of the flexible substrate and at least a part of the carrier substrate simultaneously to play the function of consolidating the flexible substrate onto the carrier substrate (S102), wherein the pattern of the thin film comprises: a plurality of interlaced horizontal and longitudinal strip-like structures separating the flexible substrate into a plurality of regions , each of the regions corresponding to a flexible panel.
A filter element for an oil filter, configured to be releasably lockable in a filter housing comprising a locking mechanism, the filter element comprising: a filter medium adapted to capture contaminants in oil passing through the filter medium; characterized by an oil filter port adapted to be in fluid communication with an oil port of an engine, the oil filter port is arranged on one distal end of the filter element, and the oil filter port includes threads for attaching the filter element in the oil port of the engine, and a circumferential locking mechanism arranged on the other distal end of the filter element, on an opposite side of the filter medium, for locking the filter element in place in the filter housing and to prevent rotation of the filter element in the filter housing about an axis along a longitudinal extension of the filter element , wherein the locking mechanism of the filter element comprises at least one locking member configured to latch onto matching locking members of the filter housing, wherein the locking mechanism of the filter element comprises a circumferential flange extending in an axial direction and attached to a lower end plate mechanically connected to the filter medium, wherein the at least one locking member of the filter element is/are grooves in the circumferential flange comprising a locking portion configured to maintain a radial pin locking member of the filter housing in place to thereby to prevent the rotation of the filter element in the filter housing. a filter medium adapted to capture contaminants in oil passing through the filter medium; characterized by an oil filter port adapted to be in fluid communication with an oil port of an engine, the oil filter port is arranged on one distal end of the filter element, and the oil filter port includes threads for attaching the filter element in the oil port of the engine, and a circumferential locking mechanism arranged on the other distal end of the filter element, on an opposite side of the filter medium, for locking the filter element in place in the filter housing and to prevent rotation of the filter element in the filter housing about an axis along a longitudinal extension of the filter element , wherein the locking mechanism of the filter element comprises at least one locking member configured to latch onto matching locking members of the filter housing, wherein the locking mechanism of the filter element comprises a circumferential flange extending in an axial direction and attached to a lower end plate mechanically connected to the filter medium, wherein the at least one locking member of the filter element is/are grooves in the circumferential flange comprising a locking portion configured to maintain a radial pin locking member of the filter housing in place to thereby to prevent the rotation of the filter element in the filter housing.
A method of handling data transmission and reception in proximity service, ProSe, direct communication for a first user equipment, UE, (UE1) in an LTE/LTE-Advanced wireless communication system , comprising: connecting to an evolved Node B, eNB, (eNB1) of the LTE/LTE-Advanced wireless communication system ; using a first ciphering key, K1, to cipher a first plurality of data blocks in proximity service, ProSe, direct communication of the LTE/LTE-Advanced wireless communication system with a second UE (UE2), wherein the proximity service, ProSe, direct communication is used for transmitting the first plurality of data blocks to the second UE (UE2) without traversing the eNB (eNB1); receiving , from the eNB (eNB1), a first message for reconfiguring the first UE (UE1) to release the proximity service, ProSe, direct communication with the second UE (UE2); and using a second ciphering key, K2, different from the first ciphering key, K1, to cipher a second plurality of data blocks in a connection of the LTE/LTE-Advanced wireless communication system with the eNB (eNB1), wherein the second plurality of data blocks include data to be transmitted to the second UE (UE2). connecting to an evolved Node B, eNB, (eNB1) of the LTE/LTE-Advanced wireless communication system ; using a first ciphering key, K1, to cipher a first plurality of data blocks in proximity service, ProSe, direct communication of the LTE/LTE-Advanced wireless communication system with a second UE (UE2), wherein the proximity service, ProSe, direct communication is used for transmitting the first plurality of data blocks to the second UE (UE2) without traversing the eNB (eNB1); receiving , from the eNB (eNB1), a first message for reconfiguring the first UE (UE1) to release the proximity service, ProSe, direct communication with the second UE (UE2); and using a second ciphering key, K2, different from the first ciphering key, K1, to cipher a second plurality of data blocks in a connection of the LTE/LTE-Advanced wireless communication system with the eNB (eNB1), wherein the second plurality of data blocks include data to be transmitted to the second UE (UE2).
An illuminating surgical device , comprising: an array of illuminating elements ; an array of louvered devices to direct light from individual illuminating elements of the array of illuminating elements toward a target surgical field , charaterised in that one or more louvers of the array of louvered devices is adjustable between angles of 100 degrees to 160 degrees relative to the substantially planar surface. an array of illuminating elements ; an array of louvered devices to direct light from individual illuminating elements of the array of illuminating elements toward a target surgical field , charaterised in that one or more louvers of the array of louvered devices is adjustable between angles of 100 degrees to 160 degrees relative to the substantially planar surface.
A sensor manifold comprising a plurality of fluid paths (4220-4225, 4503), each fluid path having a separate fluid inlet and outlet, and including a thermal well for transmitting temperature and permitting conductivity sensing of fluid passing along the fluid path, wherein the well is adapted for interconnection with a sensing probe .
A composition for delivery of a microorganism onto a textile selected from the group consisting of carpets, furnishings and a mattress surface, the composition comprising friable microcapsules having a diameter from 1 to 300 μm dispersed within a treatment solution, the microcapsules adapted for delivery of a liquid onto said textile by rupture under the action of direct external pressure and/or shear forces during conventional use of said textile, the microcapsules comprising a polymer shell having an outer face and an inner face, the inner face encapsulating the liquid, the proportion by weight of shell with respect to the liquid core being from 1:500 to 1:5000 wherein the liquid contains the microorganism in a vegetative state and the polymer shell is a polymeric material impervious to the materials in the liquid core and materials which may come into contact with the outer face of the shell.
Device for illuminating two surfaces arranged at an angle to each other which form wall and floor surfaces and go beyond the angled transition between the upright wall and the adjoining floor, with at least one spotlight which is arranged on the upper end region of the wall surface which is to be illuminated, spaced apart from said wall surface, and which has at least one light source and one deflecting optical system comprising a reflector , wherein the deflecting optical system captures light emitted by the light source and emits it on both surfaces in the form of a beam , so that one surface area each is illuminated on both surfaces, wherein the beam comprises an indirect light component reflected by the deflecting optical system and a direct light component unreflected by the deflecting optical system , wherein the direct light component falls only on one of the two surfaces, characterised in that the deflecting optical system is designed to limit the unreflected direct light component such that an edge of the surface area lit by the direct light component extends along the angled transition between the two surfaces, the indirect light component and the direct light component being partially superposed on each other, the deflecting optical system comprising a reflector which is multi-shelled and/or subdivided into a plurality of segments, with a first reflector surface segment transforming the captured light into an indirect light component which lights the surface area on a first one of the two surfaces, while a second reflector surface segment transforms the captured light into an indirect light component which lights the surface area on the other one of the two surfaces.
Method for operating an amusement park for at least one visitor and having at least one attraction , characterized in that , for the at least one visitor , an exoskeleton unit , having at least one movement device , is provided, and in that the at least one exoskeleton forces the at least one visitor into at least one movement or stance, wherein the at least one visitor is conducted by the exoskeleton unit at least partially and/or intermittently through the amusement park and/or through a parcour of the attraction , by means of a specified set of data. for the at least one visitor , an exoskeleton unit , having at least one movement device , is provided, and in that the at least one exoskeleton forces the at least one visitor into at least one movement or stance, wherein the at least one visitor is conducted by the exoskeleton unit at least partially and/or intermittently through the amusement park and/or through a parcour of the attraction , by means of a specified set of data.
An end link between a composite panel including a first skin and a second skin , defining outer faces of said composite panel, connected by a solid or honeycomb core extending between the first skin and second skin , and a second panel provided with two outer faces defined by two skins separated by a solid or honeycomb core or a box building, for which one of the skins of each of said panels is continued with a tab , the tab of a first of said panels being applied, upon linking the panels, to the external face of the skin devoid of tab of a second of said panels, said second panel comprising a straight edge substantially perpendicular to said faces of the second panel, the tab of the second panel, referred to as take-up tab , including in its width a bearing terminal part (b, c), characterised in that the core of the composite panel includes a termination edge , made bevelled relative to said faces of the composite panel , the bevelled edge starting from the first skin to extend to the second skin, in that the first skin snugly fits the slope of the bevelled edge to join the second skin and make the tab of the composite panel, referred to as bearing tab, so that the bearing tab bears substantially over its entire width against the bearing part of the face of the second panel receiving the same and defines a substantially rigid reference surface for linking, the tab of the straight-edge panel including a free intermediate part (a) likely to bend to take-up thickness differences between the panels.
A computer-implemented method for geostatistical inversion of time-lapse data, the method comprising: receiving at least two seismic datasets acquired at different survey times, respectively, over at least partially overlapping areas; performing simultaneous geostatistical inversion of the at least two datasets to obtain realizations of parameters characterizing one or more underground structures repeatedly surveyed when acquiring the at least two seismic datasets, the realizations being compatible with the at least two acquired seismic datasets; and assembling the realizations to estimate evolution of the parameters in the one or more underground structures as a basis for hydrocarbon production-related decisions. receiving at least two seismic datasets acquired at different survey times, respectively, over at least partially overlapping areas; performing simultaneous geostatistical inversion of the at least two datasets to obtain realizations of parameters characterizing one or more underground structures repeatedly surveyed when acquiring the at least two seismic datasets, the realizations being compatible with the at least two acquired seismic datasets; and assembling the realizations to estimate evolution of the parameters in the one or more underground structures as a basis for hydrocarbon production-related decisions.
An absorbent article having a central chassis, the central chassis comprising a topsheet , a backsheet and an absorbent core , the absorbent article comprising: a front waist region and a front waist edge ; a back waist region and a back waist edge ; a front belt disposed in the front waist region; a back belt disposed in the back waist region; wherein the front and back belts are joined at seams to form a waist opening and leg openings; wherein the article has a Product Hip-to-Side Silhouette from 2.3 to 6; and characterized in that the article has a Product Waist-to-Side Silhouette from 2.3 to 6 and the article has a Relaxed Product Side Length less than 45% of a Relaxed Product Length. a front waist region and a front waist edge ; a back waist region and a back waist edge ; a front belt disposed in the front waist region; a back belt disposed in the back waist region; wherein the front and back belts are joined at seams to form a waist opening and leg openings; wherein the article has a Product Hip-to-Side Silhouette from 2.3 to 6; and characterized in that the article has a Product Waist-to-Side Silhouette from 2.3 to 6 and the article has a Relaxed Product Side Length less than 45% of a Relaxed Product Length.