mhurhangee/ep-ind-claims huggingface dataset:
A receiver (21a-21b) for loading and extracting a carriage carrying a stretcher, said receiver (21a-21b) comprising: • a base (45a-45b), intended to be attached to a floor of an ambulance, and • a plate movable in translation along a length of said base (45a-45b), said plate being provided with means for securing (20a-20b) the carriage to allow a movement of said carriage along the length of the base (45a-45b) by the movement of the plate; characterised in that the receiver (21a-21b) also comprises a motorised worm screw provided within the base (45a-45b) and a shuttle (27a-27b) moving in translation on said base (45a-45b) in the same translation direction as the plate, said shuttle (27a-27b) being provided with a nut working together with the worm screw so that the rotation of the latter moves the shuttle (27a-27b) in translation along the length of the base (45a-45b), said plate being movable by translation on the shuttle (27a-27b) by means of at least one loop (26, 60) tensioned and mounted between two fixed points of rotation (48, 61) at the two ends of said shuttle (27a-27b), said at least one loop (26, 60) being attached, on the one hand, to the plate and, on the other hand, to the base (45a-45b), said plate being moved in translation with respect to the shuttle (27a-27b) during the movements of the latter in the same direction of movement as said shuttle (27a-27b), to obtain a reduction of the movements of said shuttle (27a-27b) at the said plate. • a base (45a-45b), intended to be attached to a floor of an ambulance, and • a plate movable in translation along a length of said base (45a-45b), said plate being provided with means for securing (20a-20b) the carriage to allow a movement of said carriage along the length of the base (45a-45b) by the movement of the plate; characterised in that the receiver (21a-21b) also comprises a motorised worm screw provided within the base (45a-45b) and a shuttle (27a-27b) moving in translation on said base (45a-45b) in the same translation direction as the plate, said shuttle (27a-27b) being provided with a nut working together with the worm screw so that the rotation of the latter moves the shuttle (27a-27b) in translation along the length of the base (45a-45b), said plate being movable by translation on the shuttle (27a-27b) by means of at least one loop (26, 60) tensioned and mounted between two fixed points of rotation (48, 61) at the two ends of said shuttle (27a-27b), said at least one loop (26, 60) being attached, on the one hand, to the plate and, on the other hand, to the base (45a-45b), said plate being moved in translation with respect to the shuttle (27a-27b) during the movements of the latter in the same direction of movement as said shuttle (27a-27b), to obtain a reduction of the movements of said shuttle (27a-27b) at the said plate.
Air spring having a measuring device using an optical measuring principle, comprising at least an emitter, a reflector and a receiver as well as an analyzing unit, wherein the air spring comprises a rolling lobe on which a cover is arranged at one side face and a rolling piston at the other side face, wherein the at least one emitter and the at least one receiver is arranged on the cover and the at least one reflector is arranged on the rolling piston, and wherein the analyzing unit is configured for determining the distance from the cover to the rolling piston, characterized in that the emitter is configured as a laser beam source for emitting a continuous, modulated light signal, the phase difference is determined between the emitted and received light signal in the analyzing unit, or for emitting a short light pulse, the elapsed time of the light pulse until hitting the receiver being determined.
Method for changing the position of cargo located on a cargo receptacle of a driverless transport vehicle, wherein the traction drive of the transport vehicle is controlled by a vehicle controller, characterized in that the actual position of the cargo is detected by a detection apparatus connected to the controller and the vehicle controller determines from the actual position of the cargo a cargo positional corrective vector to a target position of the cargo on the cargo receptacle and the vehicle controller controls the traction drive such that the transport vehicle is accelerated substantially in the direction which is opposed to the cargo positional corrective vector, such that the cargo reaches the target position for cargo on the cargo receptacle.
A method of manufacturing paint rollers comprising extruding a rotating hollow cylindrical plastic core through a rotating extruder head, and securing an absorbent sheet material onto an outer surface of the core, characterised by vacuum sizing the core after it exits the extrusion head before the core cools to a freeze point. and before securing the absorbent sheet material onto the core.
Egg-free ice cream comprising an enzymatically branched starch, wherein the starch has - a weight-average molecular weight Mw (weight average), measured by light scattering, of 60 kDa to 3000 kDa, and - a polydispersity index PDI between 1 and 5. - a weight-average molecular weight Mw (weight average), measured by light scattering, of 60 kDa to 3000 kDa, and - a polydispersity index PDI between 1 and 5.
An electric tool having a power transmission device transmitting torque of an electric motor to a driven object, the power transmission device having a C-shaped torque transmission member interposed between two rotary members (26, 30) in a torque transmission system and capable of radial elastic deformation, the torque transmission member transmitting torque in a state that one end thereof in a rotating direction contacts with an abutment surface formed on one of the rotary members (26, 30) and that the other end of the torque transmission member contacts with an abutment surface formed on the other of the rotary members (26, 30), wherein the abutment surface of at least one of the rotary members (26, 30) is formed as an inclined surface causing an end portion of the torque transmission member contacting with the abutment surface to slide in a radial direction, wherein an inner circumferential surface of the torque transmission member is opposed to an outer circumferential surface of one of the two rotary members (26, 30), and wherein an outer circumferential surface of the torque transmission member is opposed to an inner circumferential surface of the other one of the two rotary members (26, 30).
Free flow turbine having a tubular turbine shell, a turbine which is arranged inside the turbine shell and drives a generator, wherein the turbine shell has an inflow opening bounded by an inlet edge, an inlet funnel and a diffuser, wherein a guide apparatus is mounted upstream of the inflow opening, which consists of a plurality of guide vanes which each have a leading edge, characterised in that the leading edges of the guide vanes extend substantially along a conical envelope from a tip to the inlet edge, and in that the guide vanes have a pitched end section on their downstream sides.
An air-bag for a motor vehicle, the air-bag being formed from two superposed layers of fabric, each of the layers being woven from a plurality of yarns, the layers of fabric being connected to each other at least partially through interweaving of the yarns of the two layers with each other, wherein the air-bag comprises: at least one inflatable region, in which the two layers of fabric are substantially not connected to each other, so that gas can be introduced into the space between the two layers to inflate the inflatable region; and at least one non-inflatable region, the non-inflatable region comprising an area over which, for one of the layers of fabric, there is a first number of crossing points of yarns that form the layer of fabric, and there is a second number of connections between the two layers, wherein at each connection a yarn of the layer of fabric extends across to the other layer and passes over the far side of a yarn of the other layer, and wherein the second number is no more than 0.0033 times the first number and the second number is no less than 0.00040 times the first number. at least one inflatable region, in which the two layers of fabric are substantially not connected to each other, so that gas can be introduced into the space between the two layers to inflate the inflatable region; and at least one non-inflatable region, the non-inflatable region comprising an area over which, for one of the layers of fabric, there is a first number of crossing points of yarns that form the layer of fabric, and there is a second number of connections between the two layers, wherein at each connection a yarn of the layer of fabric extends across to the other layer and passes over the far side of a yarn of the other layer, and wherein the second number is no more than 0.0033 times the first number and the second number is no less than 0.00040 times the first number.
A method of wireless communication via narrowband internet of things, NB IOT, communication in an unlicensed spectrum by a user equipment, UE, using digital modulation, comprising: receiving carrier configuration information indicating a plurality of downlink carriers and a plurality of uplink carriers; utilizing, in a non-frequency hopping system, the plurality of downlink carriers in the unlicensed spectrum occupying at least a first minimum bandwidth by the plurality of downlink carriers and the plurality of uplink carriers in the unlicensed spectrum occupying at least a second minimum bandwidth with the plurality of uplink carriers, wherein the utilizing the plurality of downlink carriers and the plurality of uplink carriers is based on the carrier configuration information and wherein the plurality of downlink carriers includes at least three downlink carriers and the plurality of uplink carriers includes at least three uplink carriers, wherein the at least one of the plurality of downlink carriers is aligned with a raster of less than 100kHz to receive one or more synchronization signals; and performing communication using the plurality of downlink carriers and the plurality of uplink carriers. receiving carrier configuration information indicating a plurality of downlink carriers and a plurality of uplink carriers; utilizing, in a non-frequency hopping system, the plurality of downlink carriers in the unlicensed spectrum occupying at least a first minimum bandwidth by the plurality of downlink carriers and the plurality of uplink carriers in the unlicensed spectrum occupying at least a second minimum bandwidth with the plurality of uplink carriers, wherein the utilizing the plurality of downlink carriers and the plurality of uplink carriers is based on the carrier configuration information and wherein the plurality of downlink carriers includes at least three downlink carriers and the plurality of uplink carriers includes at least three uplink carriers, wherein the at least one of the plurality of downlink carriers is aligned with a raster of less than 100kHz to receive one or more synchronization signals; and performing communication using the plurality of downlink carriers and the plurality of uplink carriers.
A controller and loop performance monitoring system for a HVAC system comprising: a controller module; a monitor and diagnose module; and a retuning module; wherein the controller module is coupled to a controller and is configured to pass data from the controller to the monitor and diagnose module; characterized in that the monitor and diagnose module comprises an oscillation detection and diagnosis module, a performance indices module, an internal logic module, and a triggering module; the internal logic module is coupled to the oscillation detection and diagnosis module, the performance indices module, and a triggering module; the triggering module is coupled to a retuning module; and the monitor and diagnose module is coupled to a higher level software or user interface. a controller module; a monitor and diagnose module; and a retuning module; wherein the controller module is coupled to a controller and is configured to pass data from the controller to the monitor and diagnose module; characterized in that the monitor and diagnose module comprises an oscillation detection and diagnosis module, a performance indices module, an internal logic module, and a triggering module; the internal logic module is coupled to the oscillation detection and diagnosis module, the performance indices module, and a triggering module; the triggering module is coupled to a retuning module; and the monitor and diagnose module is coupled to a higher level software or user interface.
Conditioning composition for hair characterized in that, it comprises at least at least one arylated silicone at least one silicone quaternary compound selected from silicone quaternium-1, silicone quaternium-2, silicone quaternium-2 panthenol succinate, silicone quaternium-3, silicone quaternium-4, silicone quaternium-5, silicone quaternium-6, silicone quaternium-7, silicone quaternium-8, silicone quaternium-9, silicone quaternium-10, silicone quaternium-11, silicone quaternium-12, silicone quaternium-16, silicone quaternium-16/Glycidoxy Dimethicone Crosspolymer, silicone quaternium-17, silicone quaternium-18, silicone quaternium-20 and silicone quaternium-21.
A one-way valve comprising: a semi-annular, relatively rigid valve seat defining axially-extending, opposing first marginal portions, and an axially-extending first mid-portion angularly extending between the opposing first marginal portions; and a flexible valve cover superimposed on the valve seat and defining axially-extending, opposing second marginal portions fixedly secured on or adjacent to respective first marginal portions of the valve seat, and an axially-extending second mid-portion angularly extending between the opposing first marginal portions and superimposed on the first mid-portion of the valve seat, wherein the valve cover forms a normally closed axially and angularly extending valve seam therebetween, wherein the valve seam defines an inlet at approximately one end thereof and an outlet axially spaced relative to the inlet at approximately another end thereof, and the valve cover is movable in response to fluid at the inlet exceeding a valve opening pressure between (i) a normally closed position with the first and second mid-portions in contact with each other and defining the normally closed seam, and (ii) a second position with at least a portion of the valve cover spaced away from the valve seat to allow the fluid to pass through the seam from the inlet through the outlet, characterised in that the valve cover and valve seat define a first degree of interference therebetween at the inlet of the valve and a second degree of interference therebetween at the outlet of the valve that is less than the first degree of interference. a semi-annular, relatively rigid valve seat defining axially-extending, opposing first marginal portions, and an axially-extending first mid-portion angularly extending between the opposing first marginal portions; and a flexible valve cover superimposed on the valve seat and defining axially-extending, opposing second marginal portions fixedly secured on or adjacent to respective first marginal portions of the valve seat, and an axially-extending second mid-portion angularly extending between the opposing first marginal portions and superimposed on the first mid-portion of the valve seat, wherein the valve cover forms a normally closed axially and angularly extending valve seam therebetween, wherein the valve seam defines an inlet at approximately one end thereof and an outlet axially spaced relative to the inlet at approximately another end thereof, and the valve cover is movable in response to fluid at the inlet exceeding a valve opening pressure between (i) a normally closed position with the first and second mid-portions in contact with each other and defining the normally closed seam, and (ii) a second position with at least a portion of the valve cover spaced away from the valve seat to allow the fluid to pass through the seam from the inlet through the outlet, characterised in that the valve cover and valve seat define a first degree of interference therebetween at the inlet of the valve and a second degree of interference therebetween at the outlet of the valve that is less than the first degree of interference.
A hydraulic pump arrangement comprising a plurality of motor-pump units (MP1,..., MPn) connected to a common confluence, wherein each motor-pump unit (MP1,..., MPn) of the hydraulic pump arrangement comprises - a pump realised provide pressurized fluid at its outlet; - a motor arranged to drive the pump; - a bypass valve (V1,..., Vn) configured to relieve pressure at the pump outlet; wherein the hydraulic pump arrangement further comprises a controller configured to receive a feedback signal (FB1,..., FBn) from each motor-pump unit (MP1,..., MPn), to determine the speed of the motor-pump units from the corresponding feedback signals, and to actuate the bypass valve (V1,..., Vn) of a motor-pump unit (MP1,..., MPn) on the basis of the motor speed of that motor-pump unit (MP1,..., MPn). - a pump realised provide pressurized fluid at its outlet; - a motor arranged to drive the pump; - a bypass valve (V1,..., Vn) configured to relieve pressure at the pump outlet; wherein the hydraulic pump arrangement further comprises a controller configured to receive a feedback signal (FB1,..., FBn) from each motor-pump unit (MP1,..., MPn), to determine the speed of the motor-pump units from the corresponding feedback signals, and to actuate the bypass valve (V1,..., Vn) of a motor-pump unit (MP1,..., MPn) on the basis of the motor speed of that motor-pump unit (MP1,..., MPn).
Operator system for a process control system, wherein - the operator system has an operator server and at least one operator client (3, 4) connected to the operator server, wherein operators (Op1, Op2) authenticate with respective login data via the at least one or via various operator clients (3, 4) of the operator system on an authentication server and the authentication server generates for authenticated operators (Op1, Op2) one operator-specific data record (C1, C2) in each case, in which an access right to at least one operator server application is stored, and - an access control of the operator server is embodied to compare the respective operator-specific data record (C1, C2) with respective access authority data records stored on the operator server and, as a function of the respective comparison result, to permit the respective operator (Op1, Op2) to access the at least one operator server application or to prevent this, characterised in that the access control is furthermore embodied to transfer the access right from an operator to another operator temporarily, if - the one and the other operator (Op1, Op2) are authenticated, - the access authority data record stored on the operator server for the one operator comprises an indication, which notifies the access control that the access right of the one operator can be transferred temporarily and - the access authority data record stored on the operator server for the other operator comprises an indication, which notifies the access control that the other operator is permitted to accept the temporary access right. - the operator system has an operator server and at least one operator client (3, 4) connected to the operator server, wherein operators (Op1, Op2) authenticate with respective login data via the at least one or via various operator clients (3, 4) of the operator system on an authentication server and the authentication server generates for authenticated operators (Op1, Op2) one operator-specific data record (C1, C2) in each case, in which an access right to at least one operator server application is stored, and - an access control of the operator server is embodied to compare the respective operator-specific data record (C1, C2) with respective access authority data records stored on the operator server and, as a function of the respective comparison result, to permit the respective operator (Op1, Op2) to access the at least one operator server application or to prevent this, - the one and the other operator (Op1, Op2) are authenticated, - the access authority data record stored on the operator server for the one operator comprises an indication, which notifies the access control that the access right of the one operator can be transferred temporarily and - the access authority data record stored on the operator server for the other operator comprises an indication, which notifies the access control that the other operator is permitted to accept the temporary access right.
A method of measuring a dimension of an object being a timepiece component and having a first axis, the method including the use of a first optical system including an optical sensor and having a second optical axis, the measuring method including: - a step of obtaining at least one series of data from the optical sensor when the object is in movement relative to the first optical system, the movement being an angular movement of the first axis relative to the second axis and/or a movement of the object in rotation about the first axis and/or a movement of the object in translation along the second axis, the at least one series of data corresponding to a series of apparent values of the dimension, and - a step of processing the at least one series of data to quantify said dimension, the processing including determining the value of the dimension by calculation based on the apparent values of the dimension, the calculation including a calculation of the mean of the apparent values and/or the calculation including an interpolation of the apparent values, notably a polynomial interpolation, and/or the calculation including a local extremum extraction and/or the calculation including a correction of the at least one series of data, based on a second series of data concerning a calibrated dimension that is known precisely. - a step of obtaining at least one series of data from the optical sensor when the object is in movement relative to the first optical system, the movement being an angular movement of the first axis relative to the second axis and/or a movement of the object in rotation about the first axis and/or a movement of the object in translation along the second axis, the at least one series of data corresponding to a series of apparent values of the dimension, and - a step of processing the at least one series of data to quantify said dimension, the processing including determining the value of the dimension by calculation based on the apparent values of the dimension, the calculation including a calculation of the mean of the apparent values and/or the calculation including an interpolation of the apparent values, notably a polynomial interpolation, and/or the calculation including a local extremum extraction and/or the calculation including a correction of the at least one series of data, based on a second series of data concerning a calibrated dimension that is known precisely.
Whitish writing and/or marking fluid, in particular white writing- and/or marking fluid, for writing instruments, in particular for capillary writing instruments, or cosmetic applications, which has a viscosity of less than 30 mPa s (Brookfield, 20°C, cone-plate CPE-40), containing 45 to 70 weight % of an aqueous titanium dioxide dispersion, 5 to 15 weight % of an anionic dispersion of a hard resin, 1.0 to 3.0 weight % of a silicone wetting agent and a preserving agent, wherein the solids content in the titanium dioxide dispersion is 70 to 75 weight %.