mhurhangee/ep-ind-claims huggingface dataset:
Clinching pliers for clinching two parts together, comprising, with reference to the normal position of use and to the direction of driving in which the punch advances towards the parts that are to be clinched together: • a hollow body having a rear end and a front end; • a fixed handle secured to the hollow body • a rack mounted with the ability to slide in the hollow body between an initial position (Pi) and a clinched position, and having: o a first toothset with teeth inclined towards the rear and which is arranged on an upper edge; o a second toothset with teeth inclined towards the rear and which is arranged on a lower edge; o a front end equipped with a punch; • a handle, acting as a lever, mounted with the ability to pivot in the hollow body in front of the fixed handle, between a maximum-clamping position and a stripping position (PDEV), said handle comprising a hollow upper end that accepts a torsion spring pressing against said hollow upper end and pressing against a pawl referred to as "driving" pawl, mounted with the ability to pivot in the hollow body, in front of the hollow upper end, and equipped with a crosspiece engaged between the teeth of the first toothset; • a pawl referred to as a "locking" pawl, mounted with the ability to pivot in the hollow body and equipped with a crosspiece engaged between the teeth of the second toothset, a compression spring being arranged pressing against the locking pawl and pressing against an end stop situated at a rear end of the rack. • a hollow body having a rear end and a front end; • a fixed handle secured to the hollow body • a rack mounted with the ability to slide in the hollow body between an initial position (Pi) and a clinched position, and having: o a first toothset with teeth inclined towards the rear and which is arranged on an upper edge; o a second toothset with teeth inclined towards the rear and which is arranged on a lower edge; o a front end equipped with a punch; o a first toothset with teeth inclined towards the rear and which is arranged on an upper edge; o a second toothset with teeth inclined towards the rear and which is arranged on a lower edge; o a front end equipped with a punch; • a handle, acting as a lever, mounted with the ability to pivot in the hollow body in front of the fixed handle, between a maximum-clamping position and a stripping position (PDEV), said handle comprising a hollow upper end that accepts a torsion spring pressing against said hollow upper end and pressing against a pawl referred to as "driving" pawl, mounted with the ability to pivot in the hollow body, in front of the hollow upper end, and equipped with a crosspiece engaged between the teeth of the first toothset; • a pawl referred to as a "locking" pawl, mounted with the ability to pivot in the hollow body and equipped with a crosspiece engaged between the teeth of the second toothset, a compression spring being arranged pressing against the locking pawl and pressing against an end stop situated at a rear end of the rack.
A closure device for a wing of a door or a window, with a coupling apparatus for coupling a pusher nut with a lever member actuating a closure member, wherein the coupling apparatus has a drive motor, a slider member, a force-transmitting member effecting the coupling and a housing, wherein the slide member is displaceable along a displacement direction by means of the drive motor, the drive motor and the slide member are encapsulated in the housing, wherein the housing has an upper shell and a lower shell, and the displacement of the slide member is limited by stops, characterized in that the force transmission member is slidably coupled to the slider member and is displaceable against the force of a spring member relative to the slide member.
A method comprising: projecting, by a projector, an input device onto a surface, the projected input device comprising a pattern of objects; receiving, by a computing device, an image of the projected input device; and determining, by a processor of the computing device, based on the image, an approximate location of the surface; and modifying a projection of the input device based on the approximate location of the surface; characterised in that the method further comprises determining, by the processor, that the projected input device is in use when the processor determines the image of the projected input device having a brightness above a predetermined threshold. projecting, by a projector, an input device onto a surface, the projected input device comprising a pattern of objects; receiving, by a computing device, an image of the projected input device; and determining, by a processor of the computing device, based on the image, an approximate location of the surface; and modifying a projection of the input device based on the approximate location of the surface; characterised in that the method further comprises determining, by the processor, that the projected input device is in use when the processor determines the image of the projected input device having a brightness above a predetermined threshold.
An agent for use in treating or preventing lifestyle-related diseases selected from the group consisting of fatty liver and ulcerative colitis, which agent comprises a branched α-glucan having the following characteristics to: being constructed by glucose molecules; having a branched structure with a glucose polymerization degree of one or higher, which is bound via a linkage except for α-1,4 linkage to a glucose residue at the non-reducing end of a linear glucan with a glucose polymerization degree of 3 or higher which has a structure of binding glucose via α-1,4 linkage; having a glucose polymerization degree of 6 to 430 and having a value of weight-average molecular weight (Mw) divided with number average molecular weight (Mn), Mw/Mn, being not more than 20; and having a content of water-soluble dietary fiber, obtained by applying a high performance liquid chromatography method (Enzyme-HPLC method), of 20% by mass or higher. being constructed by glucose molecules; having a branched structure with a glucose polymerization degree of one or higher, which is bound via a linkage except for α-1,4 linkage to a glucose residue at the non-reducing end of a linear glucan with a glucose polymerization degree of 3 or higher which has a structure of binding glucose via α-1,4 linkage; having a glucose polymerization degree of 6 to 430 and having a value of weight-average molecular weight (Mw) divided with number average molecular weight (Mn), Mw/Mn, being not more than 20; and having a content of water-soluble dietary fiber, obtained by applying a high performance liquid chromatography method (Enzyme-HPLC method), of 20% by mass or higher.
A photoplethysmographic device comprising a light homogenizing apparatus, the light homogenizing apparatus comprising: a. one or more light guides conducting light from at least one laser; b. a light mixing element comprising at least a diffuser followed by an internally reflective light guide, the internally reflective light guide comprising a light pipe and a reflector that reflects light incident upon it back into the light pipe and that substantially surrounds all surfaces of the light pipe with the exception of the input and the output surfaces; wherein light exiting the one or more light guides is incident on the diffuser of the light mixing element, and the light exiting the diffuser enters the internally reflective light guide. a. one or more light guides conducting light from at least one laser; b. a light mixing element comprising at least a diffuser followed by an internally reflective light guide, the internally reflective light guide comprising a light pipe and a reflector that reflects light incident upon it back into the light pipe and that substantially surrounds all surfaces of the light pipe with the exception of the input and the output surfaces;
Optical position measuring device for measuring the relative position of two objects which are movable with respect to one another in a measurement direction, having a measurement graduation (10, 100) and a scanning device which is movable relative to the measurement graduation (10, 100) in the measurement direction and which has a light source and a detector arrangement, wherein the scanning device is configured to cast a light pattern with bright regions and dark regions, which alternate in the measurement direction, with a light pattern period (P M) onto the measurement graduation (10, 100), wherein the measurement graduation (10, 100) has a measurement graduation period (P T) which deviates slightly from the light pattern period (P M) such that, owing to the interaction of the light pattern with the measurement graduation (10, 100), a vernier pattern is produced, which has bright regions and dark regions that are scanned by the detector arrangement, characterized in that the measurement graduation (10, 100) is a phase grating, having a ratio of ridge width (B S) to gap width (B L) which deviates from 1:1, by way of the ridge of a measurement graduation period (P T) being wider in each case than the gap, and the ridge being wider than a bright region of the light pattern, or by way of the gap of a measurement graduation period (P T) being wider in each case than the ridge, and the gap being wider than a bright region of the light pattern, and in that the phase deviation between ridge and gap of the phase grating is configured such that the zero order of diffraction is suppressed, and in that the position measuring device is configured such that, at the position, at which the zero order of diffraction of a bright region of the incident light pattern is suppressed, at least one higher order of diffraction is deflected and incident on one of the bright regions of the vernier pattern on the detector arrangement.
A drive control apparatus comprising: a detection unit that detects at least one of a speed, a position, an acceleration, an amount of movement, a movement direction and torque, as a physical parameter that indicates movement of a drive unit; and a cut off unit that cuts off supply of electric power to the drive unit when the detected physical parameter is outside a first range ranging from an upper limit to a lower limit, and wherein, taking a signal from the detection unit as input, the drive control apparatus outputs a warning when the detected physical parameter is within the first range and is outside a second range ranging from a second upper limit to a second lower limit, the second range being narrower than the first range, characterized in that the output unit outputs a warning respectively corresponding to an upper limit and a lower limit of the second range, wherein the warning distinguishes between the case when the detected physical parameter exceeds an upper limit of the second range and the case when the physical parameter falls below a lower limit of the second range. a detection unit that detects at least one of a speed, a position, an acceleration, an amount of movement, a movement direction and torque, as a physical parameter that indicates movement of a drive unit; and a cut off unit that cuts off supply of electric power to the drive unit when the detected physical parameter is outside a first range ranging from an upper limit to a lower limit, and wherein, taking a signal from the detection unit as input, the drive control apparatus outputs a warning when the detected physical parameter is within the first range and is outside a second range ranging from a second upper limit to a second lower limit, the second range being narrower than the first range, characterized in that the output unit outputs a warning respectively corresponding to an upper limit and a lower limit of the second range, wherein the warning distinguishes between the case when the detected physical parameter exceeds an upper limit of the second range and the case when the physical parameter falls below a lower limit of the second range.
A three dimensional display system comprising: a display arranged to present a plurality of views of a scene, each view corresponding to a viewing direction for the scene; a rendering unit arranged to generate an image for each of the plurality of views, the rendering unit arranged to generate differentiated images for neighbouring views containing differentiated image data providing a three dimensional depth effect when neighbouring views are viewed by different eyes of a viewer; means (209, 211) for generating a user presence estimate in response to an attempted detection of a user in a viewing area for the display system; and modifying means for modifying the differentiated images for the neighbouring views to adapt the three dimensional effect in response to the user presence estimate, wherein the three dimensional display system is further arranged to present a plurality of adjacent groups of views, each group of views comprising at least some of the plurality of views, characterised in that the three dimensional display system is arranged to reduce a luminosity of at least a first view relative to a second view of a first group of views, the second view being more central in the first group of views than the first view. a display arranged to present a plurality of views of a scene, each view corresponding to a viewing direction for the scene; a rendering unit arranged to generate an image for each of the plurality of views, the rendering unit arranged to generate differentiated images for neighbouring views containing differentiated image data providing a three dimensional depth effect when neighbouring views are viewed by different eyes of a viewer; means (209, 211) for generating a user presence estimate in response to an attempted detection of a user in a viewing area for the display system; and modifying means for modifying the differentiated images for the neighbouring views to adapt the three dimensional effect in response to the user presence estimate, wherein the three dimensional display system is further arranged to present a plurality of adjacent groups of views, each group of views comprising at least some of the plurality of views, characterised in that the three dimensional display system is arranged to reduce a luminosity of at least a first view relative to a second view of a first group of views, the second view being more central in the first group of views than the first view.
A method for providing policy from a policy server to a mobile device, the policy server configured to manage common policies for a plurality of mobile devices, the mobile device having policy compliance capabilities able to configure settings of the mobile device according to one or more policies, the method comprising: at a policy proxy component, intercepting, a data stream between an application server and the mobile device, the data stream including one or more policy management protocols; identifying the mobile device based on the intercepted data stream; identifying a policy server to use for policy specification, wherein the policy server is configured to identify one or more legacy disparate servers, said legacy disparate servers configured to provide policy for a particular type of mobile device; wherein, in the policy server, a policy applicable to the mobile device is identified based on the identity of the mobile device, the policy including one or more policy elements; identifying one or more of the policy elements based on the mobile device and translating them into forms compatible with the mobile device; and injecting the policy elements into one or more of the policy management protocols in the data stream for transmission to the mobile device. at a policy proxy component, intercepting, a data stream between an application server and the mobile device, the data stream including one or more policy management protocols; identifying the mobile device based on the intercepted data stream; identifying a policy server to use for policy specification, wherein the policy server is configured to identify one or more legacy disparate servers, said legacy disparate servers configured to provide policy for a particular type of mobile device; wherein, in the policy server, a policy applicable to the mobile device is identified based on the identity of the mobile device, the policy including one or more policy elements; identifying one or more of the policy elements based on the mobile device and translating them into forms compatible with the mobile device; and injecting the policy elements into one or more of the policy management protocols in the data stream for transmission to the mobile device.
A system for optimization of a continuous digester operation of a continuous digester, the system comprising: a tracking module for receiving a plurality of process variables relating to corresponding process measurements received upstream of a cooking process of the continuous digester operation and for tracking the plurality of process variables to a location downstream of the corresponding measurement location and for transforming the plurality of process variables into transformed variables based on dynamic and spatial characteristics of the process variables, using the transformed variables to develop a non-linear empirical model for one or more quality variables; a soft sensor module based on the non-linear empirical model for generating soft measurements corresponding to the one or more quality variables at a plurality of locations in the continuous digester; a constraint management module for generating dynamically a set of constraints based on a plurality of operating parameters associated with the continuous digester operation; and an optimizing and controlling engine for using the soft measurements and one or more physical measurements and computing a plurality of set points within the set of constraints for optimization of continuous digester operation; wherein, the optimizing and controlling engine maintains an optimal digester level and an optimal blow consistency for stable production rate, and further controls the Kappa number and minimizes alkali use for maintaining a pre-defined pulp quality using the plurality of set points. a tracking module for receiving a plurality of process variables relating to corresponding process measurements received upstream of a cooking process of the continuous digester operation and for tracking the plurality of process variables to a location downstream of the corresponding measurement location and for transforming the plurality of process variables into transformed variables based on dynamic and spatial characteristics of the process variables, using the transformed variables to develop a non-linear empirical model for one or more quality variables; a soft sensor module based on the non-linear empirical model for generating soft measurements corresponding to the one or more quality variables at a plurality of locations in the continuous digester; a constraint management module for generating dynamically a set of constraints based on a plurality of operating parameters associated with the continuous digester operation; and an optimizing and controlling engine for using the soft measurements and one or more physical measurements and computing a plurality of set points within the set of constraints for optimization of continuous digester operation; wherein, the optimizing and controlling engine maintains an optimal digester level and an optimal blow consistency for stable production rate, and further controls the Kappa number and minimizes alkali use for maintaining a pre-defined pulp quality using the plurality of set points.
A master evolved node B, comprising: first receiving means for receiving a minimization-of-drive-test activation command from a mobility management entity; performing means for performing master evolved node B based measurements; collecting means for collecting first minimization-of-drive-test data, wherein the first minimization-of-drive-test data comprises the master evolved node B based measurements; first instructing means for instructing a secondary evolved node B to at least one of collect and report a second minimization-of-drive-test data, wherein the second minimization-of-drive-test data comprises second evolved node B based measurements, wherein the master evolved node Band the secondary evolved node B are connected in dual connectivity with a user equipment; and transmitting means for transmitting a trace record comprising the first minimization-of-drive-test data to a trace record entity. first receiving means for receiving a minimization-of-drive-test activation command from a mobility management entity; performing means for performing master evolved node B based measurements; collecting means for collecting first minimization-of-drive-test data, wherein the first minimization-of-drive-test data comprises the master evolved node B based measurements; first instructing means for instructing a secondary evolved node B to at least one of collect and report a second minimization-of-drive-test data, wherein the second minimization-of-drive-test data comprises second evolved node B based measurements, wherein the master evolved node Band the secondary evolved node B are connected in dual connectivity with a user equipment; and transmitting means for transmitting a trace record comprising the first minimization-of-drive-test data to a trace record entity.
A support frame of a structure for supporting a false ceiling, the support frame including a combination of two cross-like overlapped metal profiles (2a, 2b) and a connection article suitable for connecting the two metal profiles (2a, 2b), said connection article including a sheet metal body having a pair of opposed side walls, and a top wall interposed between the side walls to define a housing, wherein each of the side walls defines a first bend with the top wall, and wherein each side wall includes, starting from the first bend, a central portion and an end portion, wherein the end portion has a lateral extension greater than the central portion and, sideways, defines coupling projections, and wherein the sheet metal body includes two finnings, each projecting from the top wall on each side of the top wall in an area comprised between the side walls, each finning defining, with a respective side wall, a niche, wherein each metal profile (2a, 2b) includes a bottom wall and lateral sides, and wherein said bottom wall and said lateral sides define a cavity, said metal profiles being arranged cross-like and overlapped the one on the other in an area of crossing, both said cavities being facing the housing of the connection article, wherein a metal profile lying above in the area of crossing, or upper metal profile, is received inside the housing and edges of the lateral sides of said upper metal profile are in engagement into the respective niches of the connection article, and wherein said coupling projections of the connection article are in engagement with respective edges of the lateral sides of the other metal profile lying below in the area of crossing, or lower metal profile, and wherein the lateral sides of the upper metal profile are forced into a converging position, and characterised in that in such condition the bottom wall of the upper metal profile has a camber area facing the lower metal profile, said camber area being in pressing contact against said lower metal profile.