mhurhangee/ep-ind-claims huggingface dataset:
Solution circuit apparatus of a blood purification system comprising: a solution source; a warmer having a temperature sensor (8, 9); a bypass branch; a delivery branch configured to communicate with an extracorporeal blood circuit; a pump for conveying solution from the solution source and through the solution circuit apparatus; a switching device; and a control unit configured to set the solution circuit apparatus into one of a solution delivery condition and a solution stop condition, wherein in the solution delivery condition the switching device interrupts the bypass branch; and solution is delivered through the warmer and the delivery branch by means of the pump, and in the solution stop condition the switching device interrupts the delivery branch; and solution is recirculated through the warmer and the bypass branch by means of the pump, characterized in that in the solution stop condition the pump rate is controlled by the control unit dependent on the output of the temperature sensor (8, 9). a solution source; a warmer having a temperature sensor (8, 9); a bypass branch; a delivery branch configured to communicate with an extracorporeal blood circuit; a pump for conveying solution from the solution source and through the solution circuit apparatus; a switching device; and a control unit configured to set the solution circuit apparatus into one of a solution delivery condition and a solution stop condition, wherein in the solution delivery condition the switching device interrupts the bypass branch; and solution is delivered through the warmer and the delivery branch by means of the pump, and in the solution stop condition the switching device interrupts the delivery branch; and solution is recirculated through the warmer and the bypass branch by means of the pump, characterized in that in the solution stop condition the pump rate is controlled by the control unit dependent on the output of the temperature sensor (8, 9).
Use of a biocompatible interface comprising graphene-related materials (G-biointerface) in vitro for remote manipulation of electrical properties of cell membrane by electromagnetic radiation, wherein the graphene-related materials are selected from single-layered graphene; multi-layered graphene; graphite; polycyclic aromatic hydrocarbons; carbon nanotubes; fullerenes; various graphene nanostructures of different dimensionalities such as graphene nanoparticles, or graphene quantum dots, graphene nanoribbons, graphene nanomeshes, graphene nanodisks, graphene foams, graphene nanopillars; any combinations of graphene-related materials, substituted graphene-related materials such as the substitution of carbon atoms with N, B, P, S, Si, or others; and graphene-related materials functionalized with reactive functional groups such as carboxyl groups, esters, amides, thiols, hydroxyl groups, diol groups, ketone groups, sulfonate groups, carbonyl groups, aryl groups, epoxy groups, phenol groups, phosphonic acids, amine groups, porphyrin, pyridine, polymers; graphene oxide; graphite oxide; reduced graphene oxide; and combinations thereof.
A Universal Serial Bus modem device (100,200,300,400,500,600), comprising: a body member (110,210,310,410,510,610); a flip member (120,220,320,420,520,620) including an antenna element (360,460,560,660a,660b), the flip member being rotatably coupled to the body member for movement about a hinge axis between a closed position and an open position; a USB connector (130,230,430,530,630) movably mounted in the body member for movement between an extended position and a retracted position relative to the body member; and a linkage mechanism in the body member coupling the flip member and the USB connector so that movement of the flip member between the open position and the closed position moves the USB connector between the extended position and the retracted position. a body member (110,210,310,410,510,610); a flip member (120,220,320,420,520,620) including an antenna element (360,460,560,660a,660b), the flip member being rotatably coupled to the body member for movement about a hinge axis between a closed position and an open position; a USB connector (130,230,430,530,630) movably mounted in the body member for movement between an extended position and a retracted position relative to the body member; and a linkage mechanism in the body member coupling the flip member and the USB connector so that movement of the flip member between the open position and the closed position moves the USB connector between the extended position and the retracted position.
Feed water supply for a multi-layer headbox of a paper machine which is capable of forming an aqueous layer, comprising: a storage means for storing feed water, a pump unit for pumping the feed water, a supply of water for supplying water to the storage means, and a connecting means including an inlet connector to the headbox, wherein the storage means, the pump unit, the supply of water and the connecting means are connected with each other via pipes, and wherein the feed water supply feeds the feed water for forming the aqueous layer to the multi-layer headbox separate from a supply of stock, characterized by a feeding and dosing device for feeding and dosing an additive into the feed water which is arranged in the feed water supply downstream of the storage means, between the storage means and the pump unit, wherein the additive is cationic polymer, preferably cationic starch. a storage means for storing feed water, a pump unit for pumping the feed water, a supply of water for supplying water to the storage means, and a connecting means including an inlet connector to the headbox, wherein the storage means, the pump unit, the supply of water and the connecting means are connected with each other via pipes, and wherein the feed water supply feeds the feed water for forming the aqueous layer to the multi-layer headbox separate from a supply of stock, characterized by a feeding and dosing device for feeding and dosing an additive into the feed water which is arranged in the feed water supply downstream of the storage means, between the storage means and the pump unit, wherein the additive is cationic polymer, preferably cationic starch.
System for establishing a data connection between a master unit and at least one device unit, wherein the master unit is coupled to a primary coupler unit (D prim) and the at least one device unit is coupled to a secondary coupler unit (D sek) in each case for electrical power transmission and for data transmission; wherein the primary coupler unit (D prim) and the secondary coupler unit (D sek) are couplable for data transmission; wherein a control signal is receivable; and the system has three operating states that are activatable depending on the received control signal; wherein when the first operating state is activated, the primary coupler unit (D prim) and the secondary coupler unit (D sek) are coupled to one another and there is a data connection according to the IO-Link standard between the master unit and the device unit; when the second operating state is activated, primary coupler identification data (D prim -ID) are assigned to the primary coupler unit (D prim), wherein there is a data connection according to the IO-Link standard between the master unit and the primary coupler unit (D prim); and when the third operating state is activated, secondary coupler identification data (D sek -ID) are assigned to the secondary coupler unit (D sek), wherein there is a data connection according to the IO-Link standard between the master unit and the secondary coupler unit (D sek). the primary coupler unit (D prim) and the secondary coupler unit (D sek) are couplable for data transmission; wherein a control signal is receivable; and the system has three operating states that are activatable depending on the received control signal; wherein when the first operating state is activated, the primary coupler unit (D prim) and the secondary coupler unit (D sek) are coupled to one another and there is a data connection according to the IO-Link standard between the master unit and the device unit; when the second operating state is activated, primary coupler identification data (D prim -ID) are assigned to the primary coupler unit (D prim), wherein there is a data connection according to the IO-Link standard between the master unit and the primary coupler unit (D prim); and when the third operating state is activated, secondary coupler identification data (D sek -ID) are assigned to the secondary coupler unit (D sek), wherein there is a data connection according to the IO-Link standard between the master unit and the secondary coupler unit (D sek).
A method for estimating movement of a target object, the method being performed by an electronic control unit, the method comprising: obtaining a sequence of images from an image capturing system; detecting a target object in the sequence of images; and estimating movement of the target object by firstly applying a first dynamic estimation model to the sequence of images and a secondly applying a second dynamic estimation model to the sequence of images, wherein estimating the movement of the target object comprises: applying (S106a) the first dynamic estimation model to estimate velocity and position (x, y) of the target object, wherein the velocity comprises speed and heading angle of the target object, and applying (S106d) the second dynamic estimation model to estimate pose and yaw rate (α) of the target object, wherein the first dynamic estimation model is used to estimate a first set of properties, defined by the velocity and the position (x, y) of the target object, wherein the second dynamic estimation model is used to estimate a second set of properties, defined by the pose and the yaw rate (α), extending the first set of properties, and wherein output from the first dynamic estimation model is used to initialize the second dynamic estimation model. obtaining a sequence of images from an image capturing system; detecting a target object in the sequence of images; and estimating movement of the target object by firstly applying a first dynamic estimation model to the sequence of images and a secondly applying a second dynamic estimation model to the sequence of images, wherein estimating the movement of the target object comprises: applying (S106a) the first dynamic estimation model to estimate velocity and position (x, y) of the target object, wherein the velocity comprises speed and heading angle of the target object, and applying (S106d) the second dynamic estimation model to estimate pose and yaw rate (α) of the target object, applying (S106a) the first dynamic estimation model to estimate velocity and position (x, y) of the target object, wherein the velocity comprises speed and heading angle of the target object, and applying (S106d) the second dynamic estimation model to estimate pose and yaw rate (α) of the target object, wherein the first dynamic estimation model is used to estimate a first set of properties, defined by the velocity and the position (x, y) of the target object, wherein the second dynamic estimation model is used to estimate a second set of properties, defined by the pose and the yaw rate (α), extending the first set of properties, and wherein output from the first dynamic estimation model is used to initialize the second dynamic estimation model.
Combination in an electric starter circuit of a motor vehicle of a starter (DCM, EC) and of a battery voltage step-up device, said starter (DCM, EC) comprising an electric motor and an electromagnetic contactor, said battery voltage step-up device being intended to prevent a drop in the battery voltage (Vbat) following a current spike produced by the switching on in a power circuit of said starter (DCM, EC), characterized in that said battery voltage step-up device consists of a filtering device of inductive type which is mounted in series with said electric motor in said power circuit, said filtering device comprising a magnetic circuit (YO, C, CM, CM') which is composed of a field frame (YO, C) made of magnetic material comprising a cylindrical yoke, two closure pieces (CM, CM') and an axial core around which are arranged a primary winding circuit intended to be inserted in series in said power circuit and a secondary winding circuit intended to be inserted in series in said power circuit and a short-circuited secondary winding circuit, and in that said axial core has at least one air gap (AG; AG1, AG1').
A system for co-production of hydrogen and electrical energy comprising: a reformer configured to receive a reformer fuel and steam and produce a reformate rich in hydrogen; a separation unit in fluid communication with said reformer wherein said separation unit is configured to receive said reformate to separate hydrogen from said reformate and produce an off gas; a combustor configured to receive a fuel for combustion and produce heat energy and a hot compressed gas, wherein said combustor is coupled with said reformer; and a gas turbine to expand said hot compressed gas and produce electrical energy and an expanded gas; wherein said system is configured so that at least a part of said heat energy from said combustor is used to produce said reformate in said reformer and wherein a portion of said hydrogen produced from said separation unit is used as said fuel for said combustor. a reformer configured to receive a reformer fuel and steam and produce a reformate rich in hydrogen; a separation unit in fluid communication with said reformer wherein said separation unit is configured to receive said reformate to separate hydrogen from said reformate and produce an off gas; a combustor configured to receive a fuel for combustion and produce heat energy and a hot compressed gas, wherein said combustor is coupled with said reformer; and a gas turbine to expand said hot compressed gas and produce electrical energy and an expanded gas; wherein said system is configured so that at least a part of said heat energy from said combustor is used to produce said reformate in said reformer and wherein a portion of said hydrogen produced from said separation unit is used as said fuel for said combustor.
An engine device comprising: an exhaust gas purifying device arranged in an exhaust route of an engine; and an ECU for controlling a drive of the engine, wherein the engine device is provided with a rewritable variable memory means which stores a general-purpose regeneration program selectively executing any of a plurality of regeneration modes with respect to the exhaust gas purifying device, and a flag table corresponding to an optional regeneration mode, and the ECU executes the general-purpose regeneration program in accordance with the regeneration mode which is selected on the basis of the flag table; characterized in that the engine device is provided with a fixed memory means which fixedly stores the flag table corresponding to a working machine to which the engine device is mounted, and the flag table stored in the fixed memory means is configured to be written in the variable memory means at a first accessing time of the fixed memory means and the variable memory means, that is a time when the working machine is first turned on and the fixed memory and the variable memory are electrically connected. an exhaust gas purifying device arranged in an exhaust route of an engine; and an ECU for controlling a drive of the engine, wherein the engine device is provided with a rewritable variable memory means which stores a general-purpose regeneration program selectively executing any of a plurality of regeneration modes with respect to the exhaust gas purifying device, and a flag table corresponding to an optional regeneration mode, and the ECU executes the general-purpose regeneration program in accordance with the regeneration mode which is selected on the basis of the flag table; characterized in that the engine device is provided with a fixed memory means which fixedly stores the flag table corresponding to a working machine to which the engine device is mounted, and the flag table stored in the fixed memory means is configured to be written in the variable memory means at a first accessing time of the fixed memory means and the variable memory means, that is a time when the working machine is first turned on and the fixed memory and the variable memory are electrically connected.
A communication device, comprising: a plurality of wireless communication circuits; an energy management interface coupled to the plurality of wireless communication circuits; an operating system executed on the communication device; a human proximity determination circuit configured to generate a human proximity signal upon detecting proximity of a human body part and configured to send the human proximity signal to the operating system; wherein the energy management interface is configured: to receive the human proximity signal from the operating system, and to notify the plurality of wireless communication circuits based on the received human proximity signal, wherein one or more wireless communication circuits (208, 210, 212, 214, 802, 804) of the plurality of wireless communication circuits are configured to, when an interference is detected among the plurality of wireless communication circuits, send a non-real-time message to the energy management interface, and wherein the energy management is further configured to, upon receipt of the non-real-time message, inform some or all of the other wireless communication circuits (208, 210, 212, 214, 801, 804) about a respective control of an operation of the wireless communication circuits, wherein the energy management interface is configured to notify the plurality of wireless communication circuits to control a transmission power used by the plurality of wireless communication circuits. a plurality of wireless communication circuits; an energy management interface coupled to the plurality of wireless communication circuits; an operating system executed on the communication device; a human proximity determination circuit configured to generate a human proximity signal upon detecting proximity of a human body part and configured to send the human proximity signal to the operating system; wherein the energy management interface is configured: to receive the human proximity signal from the operating system, and to notify the plurality of wireless communication circuits based on the received human proximity signal, to receive the human proximity signal from the operating system, and to notify the plurality of wireless communication circuits based on the received human proximity signal, wherein one or more wireless communication circuits (208, 210, 212, 214, 802, 804) of the plurality of wireless communication circuits are configured to, when an interference is detected among the plurality of wireless communication circuits, send a non-real-time message to the energy management interface, and wherein the energy management is further configured to, upon receipt of the non-real-time message, inform some or all of the other wireless communication circuits (208, 210, 212, 214, 801, 804) about a respective control of an operation of the wireless communication circuits, wherein the energy management interface is configured to notify the plurality of wireless communication circuits to control a transmission power used by the plurality of wireless communication circuits.
A dressing, comprising: a manifold layer; a drape coupled to the manifold layer and configured to seal the manifold layer over a wound, the drape having an opening extending therethrough; a connection pad positioned at the opening and configured to couple the dressing to a tube, the connection pad comprising: an outer ring coupled to the drape; and a center dimple extending away from the drape and defining a volume between the center dimple and a plane defined by the outer ring; and an absorbent manifolding structure positioned between the center dimple and the manifold layer and formed to substantially match a shape of the volume, wherein the absorbent manifolding structure comprises a hydrophobic porous member combined with an air permeable superabsorbent material configured to gel-block upon exposure to fluids. a manifold layer; a drape coupled to the manifold layer and configured to seal the manifold layer over a wound, the drape having an opening extending therethrough; a connection pad positioned at the opening and configured to couple the dressing to a tube, the connection pad comprising: an outer ring coupled to the drape; and a center dimple extending away from the drape and defining a volume between the center dimple and a plane defined by the outer ring; and an outer ring coupled to the drape; and a center dimple extending away from the drape and defining a volume between the center dimple and a plane defined by the outer ring; and an absorbent manifolding structure positioned between the center dimple and the manifold layer and formed to substantially match a shape of the volume, wherein the absorbent manifolding structure comprises a hydrophobic porous member combined with an air permeable superabsorbent material configured to gel-block upon exposure to fluids.
Watch case fitted with a winding crown (1, 4) capable of axial movement and rotation, the winding crown comprising a head which can be accessed from outside the case and a staff fixed relative to the head and passing through the wall of the case so as to able to be coupled to a winding rod extending radially with respect to the case, the case comprising a device (4.3, 11-13) for indexing the winding crown (1, 4) located fully within the case, this indexing device (4.3, 11-13) allowing the winding crown (1, 4) to be indexed in rotation about its staff and being active or inactive according to the axial position of the winding crown (1, 4), the case being characterised in that the indexing device (4.3, 11-13) comprises a first part borne by the staff of the winding crown (1, 4) and a second part mounted in the case and comprising at least one indexing element cooperating with said first part (4.3).
Closing edge for an internal swing door of a means for transporting people, wherein the closing edge comprises a wall and at least one device for detecting a pressure applied to the wall of the closing edge, wherein the wall - viewed in cross-section - has a projection on a side which, in the open condition of an internal swing door mounted in the intended manner on a means for transporting people, on which the closing edge is mounted in the intended manner, faces an entry area of said means for transporting people, characterized in that the projection is designed as a bulge or bead.