mhurhangee/ep-ind-claims huggingface dataset:
A modular water-saving device provided for installation between the hot water supply pipe and cold water supply pipe and a faucet, characterized in that it comprises at least the following components in a single block or module: - two feed line sections for hot water and cold water which are connected between the hot water feed pipe and cold water feed pipe and the faucet; - a water recirculation pump installed in a bypass conduit that connects the hot water inlet conduit and cold water inlet conduit; - a flow meter arranged in the hot water feed section downstream from the bypass and immediately before the faucet; - a thermal switch arranged in the hot water supply conduit upstream from the bypass conduit; characterized in that it further comprises - a pressure switch arranged in the hot water feed section upstream from the bypass; - electrovalves (10, 11) allowing either passage through the bypass conduit or through the hot water feed section downstream from the bypass conduit and upstream from the flow meter; and - a control device connected to the pump, the pressure switch, the flow meter, the electrovalves and the thermal switch. - two feed line sections for hot water and cold water which are connected between the hot water feed pipe and cold water feed pipe and the faucet; - a water recirculation pump installed in a bypass conduit that connects the hot water inlet conduit and cold water inlet conduit; - a flow meter arranged in the hot water feed section downstream from the bypass and immediately before the faucet; - a thermal switch arranged in the hot water supply conduit upstream from the bypass conduit; characterized in that it further comprises - a pressure switch arranged in the hot water feed section upstream from the bypass; - electrovalves (10, 11) allowing either passage through the bypass conduit or through the hot water feed section downstream from the bypass conduit and upstream from the flow meter; and - a control device connected to the pump, the pressure switch, the flow meter, the electrovalves and the thermal switch.
Oven door for closing an oven cavity comprising a door glass being at least partially transparent for enabling a user to look into the oven cavity, wherein the door glass comprises at least a first and a second glass pane (11.1, 11.2), the first glass pane (11.1) constituting the outer glass pane and said glass panes being arranged at a distance from one another, wherein an electronic transparent display is arranged in the space between the first glass pane (11.1) and the second glass pane (11.2) in order to provide information to a user in front of the oven door and wherein the oven door comprises heat isolation means for protecting said electronic transparent display against heat radiated by the oven cavity, the oven door further comprising back lighting means, characterized in that the back lighting means comprising a transparent light guide arranged in proximity to the electronic transparent display being coupled with a light emitting element (14, 17) in order to provide backlight to the electronic transparent display, wherein the back lighting means are planar backlighting means comprising a light guide plate with a pattern configured to spatially distribute the light provided by the light emitting element (14, 17).
An implant, comprising: a body comprising a bone contact surface and an articulation surface; a stem extending longitudinally from the at least one bone contact surface; and at least one fin (112a,b) coupled to the stem and the body, said implant being characterized in that the stem extends a predetermined distance from the body and said predetermined distance is less than a thickness of the body, and in that said stem extends longitudinally at an angle from the bone contact surface which is generally planar and includes a porous foam coating. a body comprising a bone contact surface and an articulation surface; a stem extending longitudinally from the at least one bone contact surface; and at least one fin (112a,b) coupled to the stem and the body, said implant being characterized in that the stem extends a predetermined distance from the body and said predetermined distance is less than a thickness of the body, and in that said stem extends longitudinally at an angle from the bone contact surface which is generally planar and includes a porous foam coating.
A device comprising: an orifice (72, 74) within a plate, the orifice (72, 74) comprised of a spherical section intersecting a cylinder which creates a venturi effect; said orifice having a single opening on top of said spherical section, a single opening between said spherical section and said cylinder, a single opening on a bottom of said cylinder and solid side walls leading to said intersection with said cylinder; said orifice changing size from a larger diameter to a smaller diameter, such that there is a reduction in cross-sectional area through the orifice from the top of said spherical section to the bottom of said cylinder. an orifice (72, 74) within a plate, the orifice (72, 74) comprised of a spherical section intersecting a cylinder which creates a venturi effect; said orifice having a single opening on top of said spherical section, a single opening between said spherical section and said cylinder, a single opening on a bottom of said cylinder and solid side walls leading to said intersection with said cylinder; said orifice changing size from a larger diameter to a smaller diameter, such that there is a reduction in cross-sectional area through the orifice from the top of said spherical section to the bottom of said cylinder.
A vehicle having a vehicle body configured to be retained in a state of being insulated from a road surface and to be positively charged by static electricity due to external factors including traveling, comprising: an electrostatic eliminator (2; 52; 62) that reduces a positive charge of a specific portion or that charges the specific portion with a negative charge, the specific portion being defined as a portion to be positively charged at which a positively charged air flow that flows around the vehicle body during travel starts to vary from a flow along a surface of the positively charged vehicle body to a flow separated from the surface, wherein: the specific portion is constituted from a conductive material with a surface resistance value that is less than a surface resistance value of the electrostatic eliminator (2; 52; 62); and the electrostatic eliminator (2; 52; 62) is constituted from a conductive resin with a surface resistance value in a range of 10 2 Ω or more and less than 10 11 Ω, characterized in that the electrostatic eliminator (2; 52; 62) is in a shape of a tape and with an adhesive provided on at least a part of a surface of the electrostatic eliminator (2; 52; 62), the surface facing a surface of the specific portion. the specific portion is constituted from a conductive material with a surface resistance value that is less than a surface resistance value of the electrostatic eliminator (2; 52; 62); and the electrostatic eliminator (2; 52; 62) is constituted from a conductive resin with a surface resistance value in a range of 10 2 Ω or more and less than 10 11 Ω, characterized in that the electrostatic eliminator (2; 52; 62) is in a shape of a tape and with an adhesive provided on at least a part of a surface of the electrostatic eliminator (2; 52; 62), the surface facing a surface of the specific portion.
Device for controlling a hose including: a hose-bearing drum for bearing a pressurized hose, protective wall parts defining a closed system, wherein the hose-bearing drum for bearing of pressurized hose is surrounded by the protective wall parts and thereby built-in into the closed system, characterized by a marking device, which is also built-in into the closed system and arranged on the inside of the protective wall parts, for marking, on the hose, of holes and/or other damages, wherein the marking device is adapted to be maneuvered automatically or manually through a maneuver device via an operator, to protect the operator under hose pressurization. a hose-bearing drum for bearing a pressurized hose, protective wall parts defining a closed system, wherein the hose-bearing drum for bearing of pressurized hose is surrounded by the protective wall parts and thereby built-in into the closed system, characterized by a marking device, which is also built-in into the closed system and arranged on the inside of the protective wall parts, for marking, on the hose, of holes and/or other damages, wherein the marking device is adapted to be maneuvered automatically or manually through a maneuver device via an operator, to protect the operator under hose pressurization.
A signal receiver for communicating with one of a plurality of transmitters (101, 102, 103), the receiver being configured for receiving a narrowband Internet of Things, NB-loT, signal and to adapt for communication with a transmitter (101, 102, 103), said receiver being further configured to: estimate, for each of multiple transmitters (101, 102, 103), a respective training signal; receive a segment of signal on a channel; form a list comprising at least one of the training signals; for each training signal in that list, estimate the channel response for a signal on the channel from the transmitter (101, 102, 103) associated with that training signal, and thereby estimate a signal on the channel from that transmitter (101, 102, 103); estimate a processed received signal by cancelling from the received signal a contribution corresponding to the or each training signal; determine, for a subset of the training signals, the strength of a cross-correlation in the frequency domain between the processed received signal and the respective training signal, and determine whether the strength of the cross-correlation in the frequency domain between the received signal and the respective training signal exceeds a threshold comprising determining whether the ratio between: (i) the amplitude of cross-correlation in the frequency domain between the received signal and the respective training signal and (ii) the mean amplitude of cross-correlation in the frequency domain between the received signal and each of the respective training signals exceeds a predetermined threshold. estimate, for each of multiple transmitters (101, 102, 103), a respective training signal; receive a segment of signal on a channel; form a list comprising at least one of the training signals; for each training signal in that list, estimate the channel response for a signal on the channel from the transmitter (101, 102, 103) associated with that training signal, and thereby estimate a signal on the channel from that transmitter (101, 102, 103); estimate a processed received signal by cancelling from the received signal a contribution corresponding to the or each training signal; determine, for a subset of the training signals, the strength of a cross-correlation in the frequency domain between the processed received signal and the respective training signal, and determine whether the strength of the cross-correlation in the frequency domain between the received signal and the respective training signal exceeds a threshold comprising determining whether the ratio between: (i) the amplitude of cross-correlation in the frequency domain between the received signal and the respective training signal and (ii) the mean amplitude of cross-correlation in the frequency domain between the received signal and each of the respective training signals exceeds a predetermined threshold.
A heat engine, comprising: a stator defining a circumference; a rotor rotatable about an axis of rotation (A-A), the rotor being connected to a shaft and defining a main body, wherein the main body defines a first passageway, wherein the stator surrounds an outermost circumferential surface of the rotor; a plurality of first magnet arrays (67A, 67B, 68A, 68B), each array comprising a plurality of first discrete magnets (160, 162) arranged around the circumference of the stator in a first magnetic pattern; a first piston including a plurality of first magnetic elements (150, 152), the first piston is oriented within the first passageway of the rotor in a direction that is either substantially perpendicular to the axis of rotation (A-A) of the rotor or substantially parallel to the axis (A-A) of the rotor, wherein the first piston and the first passageway of the rotor define a piston-cylinder assembly, wherein the plurality of first discrete magnets of the first magnet arrays are arranged to vary in position between one another in a direction that is either substantially perpendicular to the axis of rotation (A-A) of the rotor or substantially parallel to the axis of rotation of the rotor, so as to interact with the magnetic elements of the first piston to create a first magnetic force required to actuate the first piston within the first passageway as the rotor rotates about the axis of rotation (A-A). a stator defining a circumference; a rotor rotatable about an axis of rotation (A-A), the rotor being connected to a shaft and defining a main body, wherein the main body defines a first passageway, wherein the stator surrounds an outermost circumferential surface of the rotor; a plurality of first magnet arrays (67A, 67B, 68A, 68B), each array comprising a plurality of first discrete magnets (160, 162) arranged around the circumference of the stator in a first magnetic pattern; a first piston including a plurality of first magnetic elements (150, 152), the first piston is oriented within the first passageway of the rotor in a direction that is either substantially perpendicular to the axis of rotation (A-A) of the rotor or substantially parallel to the axis (A-A) of the rotor, wherein the first piston and the first passageway of the rotor define a piston-cylinder assembly, wherein the plurality of first discrete magnets of the first magnet arrays are arranged to vary in position between one another in a direction that is either substantially perpendicular to the axis of rotation (A-A) of the rotor or substantially parallel to the axis of rotation of the rotor, so as to interact with the magnetic elements of the first piston to create a first magnetic force required to actuate the first piston within the first passageway as the rotor rotates about the axis of rotation (A-A).
Process for producing synthesis gas in which hydrocarbon is decomposed thermally in a first reaction zone to hydrogen and carbon, and hydrogen formed is passed from the first reaction zone into a second reaction zone in order to be reacted therein with carbon dioxide by a reverse water-gas shift to give water and carbon monoxide, characterized in that energy required for the thermal decomposition of the hydrocarbon is supplied to the first reaction zone from the second reaction zone and a temperature gradient is set between the second reaction zone and the first reaction zone.
Excavation apparatus for an operating machine comprising: - an apparatus body comprising a coupling portion to the operating machine and delimiting a first body compartment wherein an excavation tool of said apparatus is partly housed, rotating around a rotation axis; - a self-leveling body, comprising a pair of abutment runners (12, 14) with a working surface and rotatably mounted in an idle manner with respect to the apparatus body, so that the coupling portion may take different angular positions, with reference to a rotation axis substantially parallel or coincident to the rotation axis of the excavation tool, with respect to the abutment runners (12, 14); wherein, in lateral view of the excavation apparatus, the coupling portion is rotatable from a top central position respectively to the left or to the right, in a manner independent of the position of the excavation tool and the excavation depth thereof, wherein the self-leveling body comprises at least one pair of transverse walls (16, 18) axially offset along the rotation axis of the excavation tool, rigidly connected by means of a pair of longitudinal walls (20, 22) of said body for delimiting a box-shaped structure housing the excavation tool protruding frontally to the abutment runners (12, 14), wherein the apparatus body is mechanically connected to the self-leveling body so as to weigh in a balanced manner on the transverse walls (16, 18) and on the abutment runners (12, 14). - an apparatus body comprising a coupling portion to the operating machine and delimiting a first body compartment wherein an excavation tool of said apparatus is partly housed, rotating around a rotation axis; - a self-leveling body, comprising a pair of abutment runners (12, 14) with a working surface and rotatably mounted in an idle manner with respect to the apparatus body, so that the coupling portion may take different angular positions, with reference to a rotation axis substantially parallel or coincident to the rotation axis of the excavation tool, with respect to the abutment runners (12, 14); wherein, in lateral view of the excavation apparatus, the coupling portion is rotatable from a top central position respectively to the left or to the right, in a manner independent of the position of the excavation tool and the excavation depth thereof,
An electric machine comprising a stator and a rotor configured to be driven in rotation relative to each other, the rotor comprising a plurality of permanent magnets, the stator further comprising a magnetic circuit comprising poles extending towards the rotor, the machine comprising windings (4, 50, 50') of conductive elements around each pole and at least one heat sink (8, 8', 8") disposed inside a conductive element, the heat sink comprising a phase change material, characterised in that the phase change material of said heat sink is contained in a sealed metal shell.
A marker delivery device (10, 110) configured for deploying a tissue marker, comprising: a handle having a chamber; a cannula configured for holding the tissue marker for deployment, the cannula having a substantially rigid side wall surrounding a lumen that extends along a lengthwise extent of the cannula, the cannula having a distal end and a proximal end; a marker introducer rod movably disposed in the lumen of the cannula; a deployment mechanism mounted to the handle and configured to displace the marker introducer rod for deploying the tissue marker upon an actuation of the deployment mechanism, and a retraction mechanism mounted to the handle and configured to facilitate a comptete retraction of both the cannula and the marker introducer rod into the chamber of the handle upon an actuation of the retraction mechanism. characterized in that the cannula has a flexible portion formed by a slot arrangement having a plurality of peripheral slots extending through the side wall of the cannula to the lumen, the plurality of peripheral slots being spaced apart to be substantially parallel along the lengthwise extent of the cannula to facilitate a flexure at the flexible portion of the cannula, the flexible portion of the cannula being located close to the distal end of the cannula, and in that the marker introducer rod has a flexible region that corresponds to the flexible portion of the cannula. a handle having a chamber; a cannula configured for holding the tissue marker for deployment, the cannula having a substantially rigid side wall surrounding a lumen that extends along a lengthwise extent of the cannula, the cannula having a distal end and a proximal end; a marker introducer rod movably disposed in the lumen of the cannula; a deployment mechanism mounted to the handle and configured to displace the marker introducer rod for deploying the tissue marker upon an actuation of the deployment mechanism, and a retraction mechanism mounted to the handle and configured to facilitate a comptete retraction of both the cannula and the marker introducer rod into the chamber of the handle upon an actuation of the retraction mechanism.
A folding wagon having a front and a rear and comprising: a basket within which to carry articles; a collapsible frame by which the folding wagon is folded between an expanded open configuration at which said basket is outstretched and a compact closed configuration at which said basket is collapsed; a pair of front wheels connected to the front of the folding wagon, said pair of front wheels being separated from one another; a pair of rear wheels connected to the rear of the folding wagon, said pair of rear wheels being separated from one another; and a wheel support track located at one of the front or the rear of said folding wagon, characterized in that the wheels of a first of said pairs of front and rear wheels being coupled to and movable together along said wheel support track while the wheels of the other one of said pairs of wheels remain separated, so that when said folding wagon is folded to said compact closed configuration, the first of said pairs of wheels is located between the other one of said pairs of wheels, whereby said pairs of front and rear wheels are axially aligned with one another in said compact closed configuration. a basket within which to carry articles; a collapsible frame by which the folding wagon is folded between an expanded open configuration at which said basket is outstretched and a compact closed configuration at which said basket is collapsed; a pair of front wheels connected to the front of the folding wagon, said pair of front wheels being separated from one another; a pair of rear wheels connected to the rear of the folding wagon, said pair of rear wheels being separated from one another; and a wheel support track located at one of the front or the rear of said folding wagon, characterized in that the wheels of a first of said pairs of front and rear wheels being coupled to and movable together along said wheel support track while the wheels of the other one of said pairs of wheels remain separated, so that when said folding wagon is folded to said compact closed configuration, the first of said pairs of wheels is located between the other one of said pairs of wheels, whereby said pairs of front and rear wheels are axially aligned with one another in said compact closed configuration.
A method of using the Simple Network Management Protocol, SNMP, to manage a Lightweight Directory Access Protocol, LDAP, information base comprising a plurality of instance entries each having one or more information model object attributes and each being identified by a respective Distinguished Name, DN, composed of type/value pairs; the method comprising mapping an SNMP Management Information Base, MIB, object that is identified by an Object Identifier, OID, composed of a series of sub-identifiers, to a DN and attribute of an instance entry of the LDAP information base; characterized in that this mapping comprises: (a) mapping a first sequence of sub-identifiers of the MIB object OID to a sequence of DN type/value pair types, (b) mapping a further sub-identifier of the MIB object OID to an attribute name, this sub-identifier corresponding to a scalar/columnar, (c) mapping a second sequence of sub-identifiers of the MIB object OID to a sequence of DN type/value pair values. (a) mapping a first sequence of sub-identifiers of the MIB object OID to a sequence of DN type/value pair types, (b) mapping a further sub-identifier of the MIB object OID to an attribute name, this sub-identifier corresponding to a scalar/columnar, (c) mapping a second sequence of sub-identifiers of the MIB object OID to a sequence of DN type/value pair values.