mhurhangee/patent-ind-claim-en huggingface dataset:
Air-conditioning assembly, in particular a cooling assembly, at least comprising a control cabinet having a support device with horizontally extending mounting strips , on the front of which support device, directed towards the control cabinet doors, electrical and/or electronic devices to be air-conditioned are arranged in tiers above and next to each other, wherein an air conveying device is provided, by means of which an air flow can be forced from top to bottom on the rear of the support device , and wherein partial air flows of the air flow pass between vertically adjacent mounting strips to the front of the mounting strips and to devices to be air-conditioned which are mounted on the front of said mounting strips, characterised in that a device which actively increases the flow velocity of the partial air flow concerned is provided at at least one selected point (41 or 43), which is spatially assigned to a device to be air-conditioned, for targeted, area by area intensification of the air-conditioning effect; an electrically operable fan is provided as the respective device increasing the flow velocity; and the temperature sensors detecting the temperature of the surrounding zone of the selected devices and a control device regulating the power of assigned fans as a function of the zone temperature detected are provided. a device which actively increases the flow velocity of the partial air flow concerned is provided at at least one selected point (41 or 43), which is spatially assigned to a device to be air-conditioned, for targeted, area by area intensification of the air-conditioning effect; an electrically operable fan is provided as the respective device increasing the flow velocity; and the temperature sensors detecting the temperature of the surrounding zone of the selected devices and a control device regulating the power of assigned fans as a function of the zone temperature detected are provided.
A method for thermally aware booting in a portable computing device, PCD , the method comprising: polling a sensor in the PCD for a measurement of a thermal indicator; determining whether the polled measurement exceeds a predetermined threshold; if the polled measurement exceeds the predetermined threshold, then modifying the boot sequence by scaling the performance level of at least one component of the PCD, wherein the at least one component comprises a thermally aggressive component, and bringing online another component of the PCD for making a high priority application associated with the another component available. polling a sensor in the PCD for a measurement of a thermal indicator; determining whether the polled measurement exceeds a predetermined threshold; if the polled measurement exceeds the predetermined threshold, then modifying the boot sequence by scaling the performance level of at least one component of the PCD, wherein the at least one component comprises a thermally aggressive component, and bringing online another component of the PCD for making a high priority application associated with the another component available.
A method for signaling physical layer profiles to a user equipment, UE, the method performed by the UE comprising: receiving, from a serving cell , a physical layer profile message comprising a plurality of sets of physical layer parameters of the cell and a plurality of indices of the cell corresponding to the plurality of sets of physical layer parameters; receiving, from the serving cell , a downlink control information, DCI, message indicating an allocated resource block, RB, in a physical downlink shared channel, PDSCH, for the UE and a radio access network, RAN, profile index corresponding to one of the plurality of sets of physical layer parameters stored at the UE; and decoding the allocated resource block by using the one of the plurality of sets of physical layer parameters according to the RAN profile index received in the DCI. receiving, from a serving cell , a physical layer profile message comprising a plurality of sets of physical layer parameters of the cell and a plurality of indices of the cell corresponding to the plurality of sets of physical layer parameters; receiving, from the serving cell , a downlink control information, DCI, message indicating an allocated resource block, RB, in a physical downlink shared channel, PDSCH, for the UE and a radio access network, RAN, profile index corresponding to one of the plurality of sets of physical layer parameters stored at the UE; and decoding the allocated resource block by using the one of the plurality of sets of physical layer parameters according to the RAN profile index received in the DCI.
A cast steel shot media for performing a blasting treatment, comprising, at a weight ratio 0.8% or more and 1.2% or less of C, 0.35% or more and 1.2% or less of Mn, and 0. 6% or more and 1.0% or less of Si, wherein a remainder has a hyper-eutectoid composition including Fe and inevitable impurities, characterised in that : the cast steel shot media has a structure having a fine pearlite structure as a main constituent, and the cast steel shot media comprises a mixed structure of a fine pearlite structure and pro-eutectoid cementite. 0.8% or more and 1.2% or less of C, 0.35% or more and 1.2% or less of Mn, and 0. 6% or more and 1.0% or less of Si, wherein a remainder has a hyper-eutectoid composition including Fe and inevitable impurities, characterised in that : the cast steel shot media has a structure having a fine pearlite structure as a main constituent, and the cast steel shot media comprises a mixed structure of a fine pearlite structure and pro-eutectoid cementite. the cast steel shot media has a structure having a fine pearlite structure as a main constituent, and the cast steel shot media comprises a mixed structure of a fine pearlite structure and pro-eutectoid cementite.
Security element for documents of value or the like, having a substrate which has been coated with a heat-sealing adhesive that is non-tacky at room temperature and suitable for applying the security element to a substrate of a document of value, wherein the heat-sealing adhesive contains a radiation-crosslinkable component, characterized in that the heat-sealing adhesive contains a reactive diluent.
A computer-implemented method of positioning a set of vehicles with respect to an object and a set of targets, the method comprising: generating an isovist using data obtained from at least one sensor associated with the object; using the isovist to compute an estimated position in an environment of each target of the set of targets with respect to the object; computing a plurality of positions in the environment for each vehicle of the set of vehicles based on the estimated positions of the targets, each position of the plurality of positions having an associated value representing a number of the targets at their estimated positions that are within a predetermined proximity of the vehicle at that position; selecting a subset of the positions from the plurality of positions based on the associated values, and positioning the set of vehicles based on the selected subset of the positions. generating an isovist using data obtained from at least one sensor associated with the object; using the isovist to compute an estimated position in an environment of each target of the set of targets with respect to the object; computing a plurality of positions in the environment for each vehicle of the set of vehicles based on the estimated positions of the targets, each position of the plurality of positions having an associated value representing a number of the targets at their estimated positions that are within a predetermined proximity of the vehicle at that position; selecting a subset of the positions from the plurality of positions based on the associated values, and positioning the set of vehicles based on the selected subset of the positions.
An optical time domain reflectometer apparatus comprising: a multi-layer code generator to generate codewords based on application of a plurality of layers of encoding, wherein the plurality of layers of encoding comprises: a first layer encoding, using a first collection of multiple codes, of an input signal, wherein the first layer encoding performs convolution of the input signal and the first collection of multiple codes, and a second layer encoding, using a second collection of multiple codes, of an encoded output of the first layer encoding, wherein the second layer encoding performs convolution of the encoded output of the first layer encoding and the second collection of multiple codes; an optical source to produce encoded optical pulses based on the generated codewords ; and an optical coupler to propagate the encoded optical pulses to an optical medium . a multi-layer code generator to generate codewords based on application of a plurality of layers of encoding, wherein the plurality of layers of encoding comprises: a first layer encoding, using a first collection of multiple codes, of an input signal, wherein the first layer encoding performs convolution of the input signal and the first collection of multiple codes, and a second layer encoding, using a second collection of multiple codes, of an encoded output of the first layer encoding, wherein the second layer encoding performs convolution of the encoded output of the first layer encoding and the second collection of multiple codes; an optical source to produce encoded optical pulses based on the generated codewords ; and a first layer encoding, using a first collection of multiple codes, of an input signal, wherein the first layer encoding performs convolution of the input signal and the first collection of multiple codes, and a second layer encoding, using a second collection of multiple codes, of an encoded output of the first layer encoding, wherein the second layer encoding performs convolution of the encoded output of the first layer encoding and the second collection of multiple codes; an optical source to produce encoded optical pulses based on the generated codewords ; and an optical coupler to propagate the encoded optical pulses to an optical medium .
Use of a glycol as a pathogen inactivating agent in a biological composition, wherein said biological composition is a blood composition, a milk composition, a clinical sample of urine, sweat, sputum, feces, or spinal fluid, or cellular or tissue extracts, and wherein the glycol is not combined with arginine.
A material handling system comprising a rigid frame and a moveable liner , wherein the rigid frame is in the form of a rotatable drum and the moveable liner is fixed to the frame to prevent slipping, and the moveable liner provides a continuous surface for transporting or handling a material, wherein the frame includes at least one aperture having an area and wherein the system comprises an actuator system for applying a force to a surface of the liner in the area of the aperture, characterized in that the actuator system comprises a rotatable shaft having at least one actuator arm mounted radially thereto, wherein the or each actuator arm is arranged to bear against the moveable liner , and wherein the system includes an inclination adjustment system for adjusting an angle of the rigid frame and/or the moveable liner to the ground.
Electrohydraulic external-force pressure generator for a hydraulic vehicle brake system, comprising a piston-cylinder unit , comprising an electric motor and comprising a screw drive which converts a rotating drive movement of the electric motor into a linear output movement for displacing a piston in a cylinder of the piston-cylinder unit , characterized in that the pressure generator has a shaft seal on a drive shaft between the electric motor and the screw drive , and in that the drive shaft is an intermediate shaft which is connected in a rotationally fixed manner to a motor shaft of the electric motor by means of a clutch .
A door for a refrigeration cabinet , comprising: - an insulating and optically transparent panel , - a support frame , which supports and frames the panel - a hinge provided with a first portion fixed to the support frame and a second portion which is movable with respect to the first portion about a hinge axis (C), wherein the support frame is provided with a plurality of edging profiles of which at least one edging profile which extends longitudinally along a longitudinal axis and which comprises a portion proximal to the panel and a portion distal from the panel, wherein in the proximal portion of the edging profile, the edging profile comprises a groove parallel to the longitudinal axis, which serves as a seat for a gas sealing gasket . wherein the distal portion comprises a convex outer surface parallel to the longitudinal axis and directed with its convexity to the direction opposite the panel said door being characterized by the fact that the axis of curvature of the convex outer surface and the hinge axis (C) are coaxial. - an insulating and optically transparent panel , - a support frame , which supports and frames the panel - a hinge provided with a first portion fixed to the support frame and a second portion which is movable with respect to the first portion about a hinge axis (C), wherein the support frame is provided with a plurality of edging profiles of which at least one edging profile which extends longitudinally along a longitudinal axis and which comprises a portion proximal to the panel and a portion distal from the panel, wherein in the proximal portion of the edging profile, the edging profile comprises a groove parallel to the longitudinal axis, which serves as a seat for a gas sealing gasket . wherein the distal portion comprises a convex outer surface parallel to the longitudinal axis and directed with its convexity to the direction opposite the panel said door being characterized by the fact that the axis of curvature of the convex outer surface and the hinge axis (C) are coaxial.
A laser soldering system, comprising: a vision system; a moving system ; a laser source for heating a soldering flux to solder an object onto a target location on a product to be soldered; and a gripper mounted on the moving system and configured to grip the object and place the object accurately on the target location under the guidance of the vision system, wherein the gripper is provided with a transparent member configured to directly press on the top of the accurately positioned object against the product, so as to hold the position of the object during soldering the object onto the product , and wherein a laser beam from the laser source transmits through the transparent member and heats the soldering flux. a vision system; a moving system ; a laser source for heating a soldering flux to solder an object onto a target location on a product to be soldered; and a gripper mounted on the moving system and configured to grip the object and place the object accurately on the target location under the guidance of the vision system, wherein the gripper is provided with a transparent member configured to directly press on the top of the accurately positioned object against the product, so as to hold the position of the object during soldering the object onto the product , and wherein a laser beam from the laser source transmits through the transparent member and heats the soldering flux.
A method for setting shaping angles in a shaping method for a three-dimensional shaped product having an undercut region , in which steps of lamination with a squeegee, sintering with irradiation of a laser beam or electron beam and cutting by a traveling cutting tool are carried out in that order based on a program created by a CAD/CAM system, grounding on following steps carried out by the CAD/CAM system on the aforementioned order for the three-dimensional shaped product : a model for the three-dimensional shaped product is established in a three-dimensional space with XYZ axes; at the wall sections of the model of step 1, a minimum angle between the wall and the horizontal direction is selected for the undercut region such that it does not deform under its own weight, and is defined as a standard of undercut angle; for the model of step 1, rotation at an angle unit in the range of 1° to 15° along the XZ plane that is centered around the Y-axis and rotation at an angle unit in the range of 1° to 15° along the YZ plane that is centered around the X-axis, are each limited to being rotatable within a range of -180° to 180°; for each angle unit rotation in step 3, the area of the undercut region crossing with the horizontal plane at a smaller angle than the standard of undercut angle, projected in the vertical direction with respect to the horizontal plane , i.e. the area in the XY plane, is assessed and the total area is calculated; the rotation angle along the XZ plane and the rotation angle along the YZ plane in step 3, corresponding to the case where the total area in step 4 is minimum, are selected as the shaping angles. a model for the three-dimensional shaped product is established in a three-dimensional space with XYZ axes; at the wall sections of the model of step 1, a minimum angle between the wall and the horizontal direction is selected for the undercut region such that it does not deform under its own weight, and is defined as a standard of undercut angle; for the model of step 1, rotation at an angle unit in the range of 1° to 15° along the XZ plane that is centered around the Y-axis and rotation at an angle unit in the range of 1° to 15° along the YZ plane that is centered around the X-axis, are each limited to being rotatable within a range of -180° to 180°; for each angle unit rotation in step 3, the area of the undercut region crossing with the horizontal plane at a smaller angle than the standard of undercut angle, projected in the vertical direction with respect to the horizontal plane , i.e. the area in the XY plane, is assessed and the total area is calculated; the rotation angle along the XZ plane and the rotation angle along the YZ plane in step 3, corresponding to the case where the total area in step 4 is minimum, are selected as the shaping angles.
An attachment system for mounting an aircraft panel, the system comprising: a rail to support a panel thereon; at least two mounting members configured for connecting the panel along its bottom edge to a floor of an aircraft cabin, each mounting member of the at least two mounting members including a threaded poppet ; at least two mounting assemblies, each mounting assembly of the at least two mounting assemblies connected to a respective mounting member of the at least two mounting members, characterized in that each mounting assembly comprises an internally threaded lock nut to adjust a vertical height of the panel relative to the floor of the aircraft cabin, an eccentric thumb wheel , and an eccentric washer , seated on the threaded lock nut such that the rail can be moved laterally through rotation of the washer via the thumb wheel and raised using the locking nut; and in that at least two slots are disposed at the bottom of the rail , each slot being associated with a respective mounting assembly of the at least two mounting assemblies, wherein the eccentric thumb wheel of the respective mounting assembly of the at least two mounting assemblies is received within a respective further slot in the lowermost portion of the rail such that rotation of the eccentric thumb wheel and the eccentric washer about the threaded poppet of the respective mounting member of the at least two mounting members adjusts a lateral position of the panel relative to the threaded poppet . a rail to support a panel thereon; at least two mounting members configured for connecting the panel along its bottom edge to a floor of an aircraft cabin, each mounting member of the at least two mounting members including a threaded poppet ; at least two mounting assemblies, each mounting assembly of the at least two mounting assemblies connected to a respective mounting member of the at least two mounting members, characterized in that each mounting assembly comprises an internally threaded lock nut to adjust a vertical height of the panel relative to the floor of the aircraft cabin, an eccentric thumb wheel , and an eccentric washer , seated on the threaded lock nut such that the rail can be moved laterally through rotation of the washer via the thumb wheel and raised using the locking nut; and in that at least two slots are disposed at the bottom of the rail , each slot being associated with a respective mounting assembly of the at least two mounting assemblies, wherein the eccentric thumb wheel of the respective mounting assembly of the at least two mounting assemblies is received within a respective further slot in the lowermost portion of the rail such that rotation of the eccentric thumb wheel and the eccentric washer about the threaded poppet of the respective mounting member of the at least two mounting members adjusts a lateral position of the panel relative to the threaded poppet .
A method for use in a central coordination node for coordinating resource scheduling between two or more wireless networks which operate on same or overlapping radio resources, wherein each wireless network comprises one or more radio access nodes and one or more terminal devices connected thereto, the method comprising: receiving (S402) a resource coordination request message from at least one wireless network, wherein the resource coordination request message includes identifiers of at least one pair of wireless links which include an interfered wireless link in the at least one wireless network and an interfering wireless link in a second wireless network; performing (S404) coordination about schedulable resources for the interfered wireless link and the interfering wireless link based on the resource coordination request message; and transmitting (S406) a coordinated schedulable resource message to the at least one wireless network and the second wireless network such that at least one of the interfered wireless link and the interfering wireless link is scheduled according to the coordinated schedulable resource message; wherein the performing (S404) the coordination comprises: transmitting (S416) respectively to the at least one wireless network and the second wireless network a coordinated resource release message to release the coordinated resources when the interference falls below a pre-determined threshold or the interference has not occurred for a pre-determined period of time. receiving (S402) a resource coordination request message from at least one wireless network, wherein the resource coordination request message includes identifiers of at least one pair of wireless links which include an interfered wireless link in the at least one wireless network and an interfering wireless link in a second wireless network; performing (S404) coordination about schedulable resources for the interfered wireless link and the interfering wireless link based on the resource coordination request message; and transmitting (S406) a coordinated schedulable resource message to the at least one wireless network and the second wireless network such that at least one of the interfered wireless link and the interfering wireless link is scheduled according to the coordinated schedulable resource message; wherein the performing (S404) the coordination comprises: transmitting (S416) respectively to the at least one wireless network and the second wireless network a coordinated resource release message to release the coordinated resources when the interference falls below a pre-determined threshold or the interference has not occurred for a pre-determined period of time.