mhurhangee/ep-ind-claims huggingface dataset:
A lift (10, 110) for a person of reduced mobility in order to make access possible from a sidewalk to a premises having an entrance, the entrance having an opening defined between a bottom edge situated at the level of the sidewalk and a top edge situated above the sidewalk, said lift serving to compensate for a difference in height between the sidewalk and the floor of the premises, said lift comprising a platform (12, 112) for supporting the person of reduced mobility and a drive mechanism (14, 114) for moving said platform between at least a low position situated on the sidewalk and an intermediate position situated vertically above the low position and at the same height as the floor of the premises, said lift being characterized in that the drive mechanism comprises drive means (20, 20', 120, 120') for moving said platform vertically between the intermediate position and a high position arranged vertically above the intermediate position and at the same height as the top edge of the entrance.
Electrical heating device for decontamination baths of vertical design, containing a heater arranged to be located on the outer surface of the baths and made of wire with high electrical resistivity, and containing current conducting wires and connecting couplings and containing thermal insulation units, characterized in that the device consists of at least three heat insulation units made of coaxial metal screens and installed with an air gap from the heater, wherein the heater with current conducting wires is made in sealed design, each thermal insulation unit is supplemented with an coaxial metal protective shell, the air gap between the heat insulation units and the protective shell in the upper part is closed by a baffle the diameter thereof exceeds the external diameter of the protective shell, wherein a sealed connector coupling is installed on the cover of the upper protective shell, and in that through holes are made in the upper and lower parts of the side surface of the protective shell, the total area of the through holes is equal to or greater than the cross-sectional area of the air gap between the heat insulation units and the protective shell.
A method for wireless communication utilizing code division multiple access, CDMA, the method being performed by a mobile device, comprising: identifying a chip rate of the mobile device for a normal bandwidth channel, the normal bandwidth channel having a normal bandwidth; identifying spectrum to be used for a flexible bandwidth channel separate from spectrum occupied by the normal bandwidth channel, the identified spectrum comprising spectrum determined to be available for use for the flexible bandwidth channel, receiving adaption information from a base station to adapt the chip rate of the mobile device dynamically, the adaption information comprising a scaling factor, wherein the scaling factor represents a ratio of the normal bandwidth to the flexible bandwidth; wherein the normal bandwidth channel has a scaling factor equal to 1 and the flexible bandwidth channel has a scaling factor not equal to 1; adapting the chip rate of the mobile device dynamically utilizing the scaling factor, the adaptation being from the chip rate for the normal bandwidth channel to a chip rate for the flexible bandwidth channel; transmitting over the flexible bandwidth channel on the available spectrum utilizing the chip rate for the flexible bandwidth channel. identifying a chip rate of the mobile device for a normal bandwidth channel, the normal bandwidth channel having a normal bandwidth; identifying spectrum to be used for a flexible bandwidth channel separate from spectrum occupied by the normal bandwidth channel, the identified spectrum comprising spectrum determined to be available for use for the flexible bandwidth channel, receiving adaption information from a base station to adapt the chip rate of the mobile device dynamically, the adaption information comprising a scaling factor, wherein the scaling factor represents a ratio of the normal bandwidth to the flexible bandwidth; wherein the normal bandwidth channel has a scaling factor equal to 1 and the flexible bandwidth channel has a scaling factor not equal to 1; adapting the chip rate of the mobile device dynamically utilizing the scaling factor, the adaptation being from the chip rate for the normal bandwidth channel to a chip rate for the flexible bandwidth channel; transmitting over the flexible bandwidth channel on the available spectrum utilizing the chip rate for the flexible bandwidth channel.
A CMM system comprising: a CMM arm movable in at least three degrees of freedom; a 3D print head removably couplable with the arm; characterized by a thermal insulator between the print head and the arm. a CMM arm movable in at least three degrees of freedom; a 3D print head removably couplable with the arm; characterized by a thermal insulator between the print head and the arm.
A manual control device for manually controlling a lock of a door or window, comprising a handle having a grip and an axially hollow neck, a drive pivot engaged in the axial cavity of the neck of the handle, a block that is fixable to a profile of the door or window, and a rotation bushing for rotating the handle that extends from said neck of the handle and engages a circular hole of said block into which said pivot is inserted, characterized in that said block supports a rotor module solid in rotation with said pivot and having quick locking means for extracting said pivot from said block, and in that, after the block has initially been fixed, the drive pivot is inserted through the hole of the block and through the rotor module and then up to the achievement of engagement with the lock, and in that after removal of the handle with its rotation bushing from the drive pivot, a tool can act on the quick locking means such that the drive pivot can be extracted from the block in the opposite direction.
Method for measuring the format of a platelike workpiece wherein the workpiece is comprised of wood or wood substitutes, such as chipboard or hollow fibre plates, laminates, HDF or MDF plates, wherein markings are identified on a flat surface side of the workpiece, are applied to the flat surface side of the platelike workpiece and/or are introduced into the platelike workpiece, wherein relative positions of the markings with respect to one another are measured and/or the markings are positioned in defined relative positions to one another, wherein at least two markings are applied in the region of a first narrow side to the flat surface side of the platelike workpiece and/or are introduced in the region of a first narrow side into the platelike workpiece, wherein the markings are positioned at defined distances from the first narrow side of the platelike workpiece and/or distances of the markings from the first narrow side of the platelike workpiece are measured, wherein the position of a straight line is determined from the positions of these markings, wherein for each of the narrow sides of the workpiece the position of a corresponding straight line is determined based on at least two markings and from the positions of the straight lines, in particular from the positions of the intersection points of the straight lines, and the distances of the markings from the respective narrow sides, the format of the workpiece is determined.
A pressure sensor, particularly an absolute pressure sensor, comprising a deformable membrane separating a cavity and a port open to an outside of the sensor, with the cavity having a measuring chamber with an associated sensing device to transfer a response of the deformable membrane to pressure at the port into a signal capable of being processed by a processing circuit being mounted onto a substrate, wherein the sensor comprises a stack of at least three layers with a first layer comprising the substrate with the processing circuit,a second layer bonded onto the first layer and comprising the membrane and a third layer of handling layer thickness bonded onto the first or second layer (1,2) wherein the port includes an opening traversing the third layer, the sensor having further a buffer chamber with a volume larger than a volume of the measuring chamber, the buffer chamber being connected to a channel to allow fluid transfer to and from the measuring chamber, wherein the measuring chamber is located beneath a plane of the membrane and buffer chamber is located above the plane of the membrane and the channel traverses the plane of the membrane.
An electrical tilt apparatus, comprising: a remote control unit, RCU, and at least two combiner units and multiple phase shifters that are connected to the RCU, wherein each of the at least two combiner units is configured to: connect to a different serial port on the RCU and connect to at least two radio frequency, RF, modules; receive, at a time point, an electrical tilt signal which comprises an on-off-keying, OOK, signal and a direct current voltage signal, and separate the OOK signal and the direct current voltage signal and send the separated OOK signal and direct current voltage signal to the serial port of the RCU connected to the respective combiner, wherein the at least two RF modules are configured such that the electrical tilt signal is received from one of the at least two RF modules one at a time; and the RCU is configured to: receive the separated OOK signal and direct current voltage signal sent by each combiner unit, use the direct current voltage to supply power to the RCU, and drive, according to the OOK signal, a first phase shifter that corresponds to a first RF module to move, to adjust a phase of an RF signal that is input to the first phase shifter, wherein the first RF module is an RF module sending the electrical tilt signal and the RF signal, and the first phase shifter is one of the multiple phase shifters; the first phase shifter is configured to input the RF signal whose phase has been adjusted to multiple antenna elements connected to the first phase shifter.
A gasket for use in a medical syringe, the gasket comprising: a main body made of an elastic material; and a lamination film provided on a surface of the main body; the gasket having a circumferential surface portion to be kept in contact with an inner peripheral surface of a syringe barrel of the syringe; the gasket having a groove provided in the circumferential surface portion thereof as extending circumferentially thereof; wherein the groove has a depth (d) of not less than 0.8D (μm) wherein D (μm) is a thickness of a portion of the lamination film present in the circumferential surface portion of the gasket, the groove is an annular groove extending along the entire circumference of the circumferential surface portion, the thickness of a portion of the lamination film is 10 to 100 μm, characterized in that the width of the annular groove is 1 to 200 μm and the lamination film has projections respectively formed along edges of the groove, the projections having a width of 2 to 40 μm and a height of 2 to 30 μm. a main body made of an elastic material; and a lamination film provided on a surface of the main body; the gasket having a circumferential surface portion to be kept in contact with an inner peripheral surface of a syringe barrel of the syringe; the gasket having a groove provided in the circumferential surface portion thereof as extending circumferentially thereof; wherein the groove has a depth (d) of not less than 0.8D (μm) wherein D (μm) is a thickness of a portion of the lamination film present in the circumferential surface portion of the gasket,
Method for determining electrical quantities on loads (R1, R2, R3) in - a polygon circuit or - a star circuit with star point but without neutral conductor of a polyphase alternating current system with P phases, wherein the polygon circuit or the star circuit is set up and wherein by means of a measuring device by synchronous sampling of - instantaneous u p,p+1 and u P,1 line-to-line voltages u p,p+1 (t) and u P,1 (t) - instantaneous values i p of outer conductor currents i p (t), with 3 ≤ P, 1 ≤ p ≤ P and p being measured as an element of natural numbers, characterised in that - for the polygon circuit the effective values of the load currents I 1,2,..., I P-1,P, I P,1 and - for the star circuit, the effective values of the load voltages U 1,N,..., U P,N respectively are calculated with the help of products h p = u p,p+1 · i p,..., h P = u P,1 · i P, of the instantaneous values of the line-to-line voltages u p,p+1 and u P,1 and of the instantaneous values of outer conductor currents i p. - a polygon circuit or - a star circuit with star point but without neutral conductor of a polyphase alternating current system with P phases, wherein the polygon circuit or the star circuit is set up and wherein by means of a measuring device by synchronous sampling of - instantaneous u p,p+1 and u P,1 line-to-line voltages u p,p+1 (t) and u P,1 (t) - instantaneous values i p of outer conductor currents i p (t), with 3 ≤ P, 1 ≤ p ≤ P and p being measured as an element of natural numbers, - for the polygon circuit the effective values of the load currents I 1,2,..., I P-1,P, I P,1 and - for the star circuit, the effective values of the load voltages U 1,N,..., U P,N respectively are calculated with the help of products h p = u p,p+1 · i p,..., h P = u P,1 · i P, of the instantaneous values of the line-to-line voltages u p,p+1 and u P,1 and of the instantaneous values of outer conductor currents i p.
A method of determining a shape of an inhibitor within a rocket motor, comprising: positioning a sensing device comprising a plurality of strain gauges (304A, 304B) adjacent to and at least in substantial alignment with an inhibitor in a rocket motor; and determining a shape of the inhibitor by determining a shape of the sensing device. positioning a sensing device comprising a plurality of strain gauges (304A, 304B) adjacent to and at least in substantial alignment with an inhibitor in a rocket motor; and determining a shape of the inhibitor by determining a shape of the sensing device.
A bumper assembly with a pass-through trim strip, comprising a bumper, an upper grille, and a trim strip, wherein, the trim strip is composed of a left side trim, a middle trim, and a right side trim, characterized in that, the left- and right side trims being separate parts and the middle trim is fixed to the upper grille to form an upper grille assembly, said upper grille assembly being fixed to the bumper through an upper grille mounting structure, wherein the bumper is provided with a convex and concave structure in a middle region, said convex and concave structure being provided with a plurality of ribs, preferably extending outwardly from a base surface.
A surgical robot system (100, 300, 600) comprising: a robot (102, 301) having a robot base (106, 400), a robot arm coupled to the robot base (106, 400), and an end-effector coupled to the robot arm, the end-effector including a plurality of tracking markers (118, 702, 804, 1408, 1420) detectable by at least one camera (200, 326); a plurality of omni-directional wheels (62, 64, 130, 140, 150, 160) affixed to the robot base (106, 400) allowing multiple-axis movement of the robot (102, 301); a plurality of sensors (21, 23, 25, 27, 1612, 1622, 1632, 1642) for detecting a desired movement of the robot base (106, 400); and a control system (20, 1610, 1620, 1630, 1640) responsive to the plurality of sensors (21, 23, 25, 27, 1612, 1622, 1632, 1642) for controlling the multiple-axis movement of the robot (102, 301) by actuating two or more of the plurality of omni-directional wheels (62, 64, 130, 140, 150, 160), wherein the control system (20, 1610, 1620, 1630, 1640) provides motion control in a transport mode for speed and a fine-tune mode for deliberate positioning of the robot (102, 301). a robot (102, 301) having a robot base (106, 400), a robot arm coupled to the robot base (106, 400), and an end-effector coupled to the robot arm, the end-effector including a plurality of tracking markers (118, 702, 804, 1408, 1420) detectable by at least one camera (200, 326); a plurality of omni-directional wheels (62, 64, 130, 140, 150, 160) affixed to the robot base (106, 400) allowing multiple-axis movement of the robot (102, 301); a plurality of sensors (21, 23, 25, 27, 1612, 1622, 1632, 1642) for detecting a desired movement of the robot base (106, 400); and a control system (20, 1610, 1620, 1630, 1640) responsive to the plurality of sensors (21, 23, 25, 27, 1612, 1622, 1632, 1642) for controlling the multiple-axis movement of the robot (102, 301) by actuating two or more of the plurality of omni-directional wheels (62, 64, 130, 140, 150, 160), wherein the control system (20, 1610, 1620, 1630, 1640) provides motion control in a transport mode for speed and a fine-tune mode for deliberate positioning of the robot (102, 301).
A method for making available an operator control apparatus in a vehicle, in which - graphic data are generated by a control device, which actuates a display surface such that a plurality of graphic objects (20-1 to 20-10) can be displayed in at least two display modes, wherein in the first display mode the graphic objects (20-1 to 20-10) are displayed arranged one next to the other in a single row, characterized in that - in the second display mode the graphic objects (20-1 to 20-10) are displayed arranged in a matrix (26; 27), - at least one control button (23 to 25) is shown for a change between the display modes, wherein the position of an activation object in front of or on the display surface is detected relative to the control button (23 to 25) and as a function of the detected position a control signal is generated for an activation of the control button (23 to 25) and a change is carried out from the currently displayed display mode into the other display mode by the control signal, wherein during the changeover from the currently displayed display mode into the other display mode an animated image sequence is represented, in which the graphic objects (20-1 to 20-10) are moved from the positions in the currently displayed display mode to the positions in the other display mode. - graphic data are generated by a control device, which actuates a display surface such that a plurality of graphic objects (20-1 to 20-10) can be displayed in at least two display modes, wherein in the first display mode the graphic objects (20-1 to 20-10) are displayed arranged one next to the other in a single row, characterized in that - in the second display mode the graphic objects (20-1 to 20-10) are displayed arranged in a matrix (26; 27), - at least one control button (23 to 25) is shown for a change between the display modes, wherein the position of an activation object in front of or on the display surface is detected relative to the control button (23 to 25) and as a function of the detected position a control signal is generated for an activation of the control button (23 to 25) and a change is carried out from the currently displayed display mode into the other display mode by the control signal, wherein during the changeover from the currently displayed display mode into the other display mode an animated image sequence is represented, in which the graphic objects (20-1 to 20-10) are moved from the positions in the currently displayed display mode to the positions in the other display mode.
A method of allocating resources to quality of service monitoring of terminal service sessions of a plurality of services in a communication network, comprising the steps of: configuring a global quality of service resource limit defining the total resource available for monitoring the quality of service for a plurality of services in the communication network; estimating service reporting resource requirements for each of the plurality of services; allocating the available global quality of service resource limit to the plurality of services depending upon the estimated service reporting resource requirements for the plurality of services; and instructing terminals to send terminal service session reports for each of the plurality of services depending on the allocated quality of service resource for that service. configuring a global quality of service resource limit defining the total resource available for monitoring the quality of service for a plurality of services in the communication network; estimating service reporting resource requirements for each of the plurality of services; allocating the available global quality of service resource limit to the plurality of services depending upon the estimated service reporting resource requirements for the plurality of services; and instructing terminals to send terminal service session reports for each of the plurality of services depending on the allocated quality of service resource for that service.
A method for improving color retention of artificially colored hair comprising applying to hair after it has been artificially colored but prior to a first shampooing, a composition comprising: (i) a silicone polyurethane polymer comprising Bis-Hydroxypropyl Dimethicone/dicyclohexylmethane-4,4'-diisocyanate (SMDI) copolymer (INCl). (ii) a film-forming ester comprising a tri-ester of a C 6 -C 72 tricarboxylic acid with a branched C 8 -C 24 alcohol; (iii) fluorosilicone, and (iv) a vehicle; wherein said silicone polyurethane polymer, said film-forming ester, and said fluorosilicone are dispersible but not soluble in said vehicle; and wherein said vehicle comprises water and a cationic thickener. (i) a silicone polyurethane polymer comprising Bis-Hydroxypropyl Dimethicone/dicyclohexylmethane-4,4'-diisocyanate (SMDI) copolymer (INCl). (ii) a film-forming ester comprising a tri-ester of a C 6 -C 72 tricarboxylic acid with a branched C 8 -C 24 alcohol; (iii) fluorosilicone, and (iv) a vehicle;
A method of providing access to digital profiles held in persistent electronic storage of a digital identity system, the method comprising: receiving from a requesting entity an electronic request message identifying a target entity; in response to the request, publishing: (i) a digital profile of the target entity by storing a version of that profile in an addressable memory location, and (ii) a digital profile of the requesting entity by storing a version of that profile in another addressable memory location; generating two non-matching receipts, each comprising a transaction identifier, a first of which comprises a link identifying the memory location to which the target entity's profile is published, the second of which comprises a link identifying the other memory location to which the requesting entity's profile is published; transmitting the first receipt to an address associated with the requesting entity; and transmitting the second receipt to an address associated with the target entity. receiving from a requesting entity an electronic request message identifying a target entity; in response to the request, publishing: (i) a digital profile of the target entity by storing a version of that profile in an addressable memory location, and (ii) a digital profile of the requesting entity by storing a version of that profile in another addressable memory location; generating two non-matching receipts, each comprising a transaction identifier, a first of which comprises a link identifying the memory location to which the target entity's profile is published, the second of which comprises a link identifying the other memory location to which the requesting entity's profile is published; transmitting the first receipt to an address associated with the requesting entity; and transmitting the second receipt to an address associated with the target entity.