mhurhangee/ep-ind-claims huggingface dataset:
Hinged belt conveyor having an endless hinged belt which is formed by links connected to one another in an articulated manner, wherein each link has hinge eyelets (15.1, 15.2) which are arranged offset from one another, and having a drive device which is connected to the hinged belt, wherein a pin extends through the hinge eyelets (15.1, 15.2) of two adjacent links in each case, wherein the hinge eyelets (15.1, 15.2) are connected in a form-fitting manner to the link and are positionable along the pin, wherein receiving means (24.1, 24.2) are provided in each longitudinal region (23.1, 23.2) of the link, characterized in that each hinge eyelet (15.1, 15.2) has an extension with a geometrical structure complementary to the receiving means (24.1, 24.2). wherein the hinge eyelets (15.1, 15.2) are connected in a form-fitting manner to the link and are positionable along the pin, wherein receiving means (24.1, 24.2) are provided in each longitudinal region (23.1, 23.2) of the link, characterized in that each hinge eyelet (15.1, 15.2) has an extension with a geometrical structure complementary to the receiving means (24.1, 24.2).
An orthogonal acceleration TOF mass spectrometer comprising: an ion source for ionizing a sample; a conductive box having an ion injection port and an ion exit port, into which the created ions are introduced via the ion injection port, introduced ions travel along an ion path and go out via the ion exit port; ion acceleration means placed inside or behind the conductive box, comprising a pulsed accelerating electrode to which an accelerating voltage VP is supplied in a pulsed manner and causing the ions to be accelerated in a pulsed manner in synchronism with a signal giving a starting point of measurement; and ion detection means for detecting the ions in synchronism with the acceleration of the ions; wherein, when said ion acceleration means is placed inside said conductive box, the mass spectrometer is arranged to synchronously switch both a voltage applied to the conductive box and a voltage applied to the pulsed accelerating electrode to a lift voltage VL such that the potential of ions within the conductive box is lifted before the acceleration of these ions is caused by applying said accelerating voltage VP to said ion acceleration means, and, when the ion acceleration, means is placed behind the conductive box, the mass spectrometer is arranged to switch a voltage applied to the conductive box such that the potential of ions within the conductive box is lifted before the acceleration of these ions is caused by applying said accelerating voltage VP to said ion acceleration means. an ion source for ionizing a sample; a conductive box having an ion injection port and an ion exit port, into which the created ions are introduced via the ion injection port, introduced ions travel along an ion path and go out via the ion exit port; ion acceleration means placed inside or behind the conductive box, comprising a pulsed accelerating electrode to which an accelerating voltage VP is supplied in a pulsed manner and causing the ions to be accelerated in a pulsed manner in synchronism with a signal giving a starting point of measurement; and ion detection means for detecting the ions in synchronism with the acceleration of the ions; wherein, when said ion acceleration means is placed inside said conductive box, the mass spectrometer is arranged to synchronously switch both a voltage applied to the conductive box and a voltage applied to the pulsed accelerating electrode to a lift voltage VL such that the potential of ions within the conductive box is lifted before the acceleration of these ions is caused by applying said accelerating voltage VP to said ion acceleration means, and, when the ion acceleration, means is placed behind the conductive box, the mass spectrometer is arranged to switch a voltage applied to the conductive box such that the potential of ions within the conductive box is lifted before the acceleration of these ions is caused by applying said accelerating voltage VP to said ion acceleration means.
A hair styling device comprising: a heat source (22, 23, C) for heating hair by conduction via direct contact between a hair contact surface of the heat source (22, 23, C) and the hair, and an optical radiation source for - in combination with heat from the heat source (22, 23, C) - heating the hair to a temperature sufficiently high for hair styling by absorption of optical radiation by the hair, characterized in that the heat source (22, 23, C) obtains heat from energy provided by the optical radiation source. a heat source (22, 23, C) for heating hair by conduction via direct contact between a hair contact surface of the heat source (22, 23, C) and the hair, and an optical radiation source for - in combination with heat from the heat source (22, 23, C) - heating the hair to a temperature sufficiently high for hair styling by absorption of optical radiation by the hair, characterized in that the heat source (22, 23, C) obtains heat from energy provided by the optical radiation source.
A two-component paint composition which is applied directly after mixing a base resin and a curing agent, wherein the base resin contains a hydroxy group-containing acrylic resin (A-1) and a curing catalyst (A-2) as essential components, the curing agent contains an isocyanate compound (B-1) and an alkoxysilyl group-containing copolymer (B-2) as essential components, the aforesaid hydroxy group-containing acrylic resin (A-1) has a hydroxyl value of 80 to 180 mg KOH/g, a glass transition temperature of -40 to 40°C, and a weight average molecular weight of 2,000 to 20,000 g/mol, the aforesaid alkoxysilyl group-containing copolymer (B-2) is a copolymer obtained by copolymerizing 30 to 80 parts by weight of a vinylic monomer containing alkoxy-silyl groups and 20 to 70 parts by weight of other copolymerizable monomers, its weight average molecular weight is 2,000 to 20,000 g/mol (obtained by gel permeation chromatography, GPC, using polystyrene as reference substance), and it does not contain hydroxy groups, carboxyl groups or amino groups which react with isocyanate groups.
A pneumatic tire comprising a pair of beads, a carcass, and a belt, wherein each bead includes a core, and a first apex extending from the core outward in a radial direction, the carcass includes a carcass ply, the carcass ply includes a main portion extending from one of the beads to the other of the beads and a turned-up portion, the belt is laminated at a radially outer side of the carcass, in a state where the tire is mounted on a normal rim, an internal pressure of the tire is set to be not less than 8% and not greater than 15% of a normal internal pressure, and no load is applied to the tire, when a position of an axially outer edge of an inner surface of the carcass is denoted by P, wherein the radial position of the position P substantially coincides with the radial position of the maximum width position of the tire, a straight line passing through the position P and extending in the axial direction is defined as a reference line L, a position at which the inner surface of the carcass intersects a line that is normal to the inner surface of the carcass and is drawn from an axially outer edge of a portion where the carcass and the belt are in contact with each other is denoted by Q, a position on the inner surface of the carcass to which position a distance in the radial direction from a bead base line is 1.5 times of a distance in the radial direction from the bead base line to an end of the first apex is denoted by R, and a circular arc having a center on the reference line L and passing through the position Q and the position R is defined as a reference circular arc C0, between the position P and the position Q, a contour of the inner surface of the carcass is located outward of the reference circular arc C0, and an entirety of an outer surface of each side portion of the tire expands outward when the tire is inflated with air such that the internal pressure thereof that is not less than 8% and not greater than 15% of the normal internal pressure is changed to the normal internal pressure, wherein, between the position P and the position Q, the contour of the inner surface of the carcass includes three or more outwardly convex circular arcs (C1, C2, C3) that are tangent to each other, characterized in that each bead includes a second apex located outward of the first apex in an axial direction, and the turned-up portion passes between the first apex and the second apex and extends substantially in the radial direction, wherein when a circular arc extending from the position P substantially outward in the radial direction, of the circular arcs included in the contour of the inner surface of the carcass, is denoted by C1, a ratio (R1/RO) of a radius of curvature R1 of the circular arc C1 relative to a radius of curvature RO of the reference circular arc C0 is not less than 1.1 and not greater than 1.5.
A data transmission method, wherein the method comprises: receiving, by a cooperation device, to-be-transmitted data sent by a network side device to a cooperation group, wherein the cooperation group comprises the cooperation device and a target device; and sending, by the cooperation device, the to-be-transmitted data to the target device before a first moment, wherein a moment at which the target device feeds back, to the network side device, whether the to-be-transmitted data is correctly received is defined as the first moment, a moment at which the cooperation device sends the to-be-transmitted data to the target device is defined as a second moment, and duration between the second moment and the first moment is greater than or equal to duration required by the target device to receive, process, and check the to-be-transmitted data sent by the cooperation device; and characterized in that a transmission time interval, TTI, used for transmission between the cooperation device and the target device is less than a TTI used for transmission between the target device and the network side device. receiving, by a cooperation device, to-be-transmitted data sent by a network side device to a cooperation group, wherein the cooperation group comprises the cooperation device and a target device; and sending, by the cooperation device, the to-be-transmitted data to the target device before a first moment, wherein a moment at which the target device feeds back, to the network side device, whether the to-be-transmitted data is correctly received is defined as the first moment, a moment at which the cooperation device sends the to-be-transmitted data to the target device is defined as a second moment, and duration between the second moment and the first moment is greater than or equal to duration required by the target device to receive, process, and check the to-be-transmitted data sent by the cooperation device; and characterized in that a transmission time interval, TTI, used for transmission between the cooperation device and the target device is less than a TTI used for transmission between the target device and the network side device.
A method for supporting network management in a network environment, comprising: receiving, via a configuration daemon, CD, on a switch in the network environment, a configuration file, wherein the configuration file includes a list of known management key, M_Key, values and contains information about a currently used M_Key value as well as a new M_Key value; storing the configuration file, and making the configuration file available to a local subnet manager, SM, on the switch, wherein the local SM is associated with the currently used M_Key value; and updating the local SM with the new M_Key value, after receiving an instruction from a master CD that is associated with a master SM in the network environment; wherein the local SM starts to use the known M_Key values of the list of known M_Key values for subnet probing and/or discovery operations when the configuration file has been made available, and continues to use the currently used M_Key value when updating and/or setting M_Key values for any subnet management agent, SMA, instance until the local SM has been updated with the new M_Key value in response to the received instruction. receiving, via a configuration daemon, CD, on a switch in the network environment, a configuration file, wherein the configuration file includes a list of known management key, M_Key, values and contains information about a currently used M_Key value as well as a new M_Key value; storing the configuration file, and making the configuration file available to a local subnet manager, SM, on the switch, wherein the local SM is associated with the currently used M_Key value; and updating the local SM with the new M_Key value, after receiving an instruction from a master CD that is associated with a master SM in the network environment;
A device for controlling the filling of a cistern designed to be able to be installed in a main reservoir of a toilet flushing system, said device including a valve that controls the water intake and a float that controls the closing of the valve, said float being movable from a high position to a low position, and inversely, said float being contained in a float housing and closing said valve when the float housing is full in the high position, and opening it when the float housing is empty in the low position, said float housing being connected to the main reservoir by at least one siphon comprising two tubes, namely a suction tube connected to the float housing and a discharge tube connected to the main reservoir and emerging therein, the two tubes (6, 7) being connected to one another at their upper end by a passage situated above the maximum filling level of said float housing, said control device further including a control mechanism provided with means for priming said siphon provided to be movable from an initial position toward an actuated position, and inversely, the passage from said initial position toward said actuated position causing an underpressure within said tubes (6, 7), characterized in that said discharge tube emerges in an auxiliary reservoir open on the volume of said main reservoir, while the passage of the control mechanism from the initial position toward the actuated position causes an overpressure within said tubes (6, 7) and the passage from the actuated position toward the initial position causes an underpressure, such that successively, said overpressure and said underpressure result in an overflowing of said auxiliary reservoir, the circulation of the water from the suction tube toward the discharge tube by siphoning, and thus the emptying of the float housing.
An isolated homogenous population of human placental stem cells, wherein said placental stem cells are fibroblastoid and are obtainable by a method comprising: collecting placental cells from a human placenta, wherein said placenta has been drained of cord blood and flushed to remove residual blood; culturing said placental cells; and isolating said placental stem cell from said placental cells by differential trypsinization, wherein said placental stem cell is not obtained from cord blood; and wherein the placental stem cells are OCT-4+ and ABC-p+; or SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or CD10+, CD29+, CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+. collecting placental cells from a human placenta, wherein said placenta has been drained of cord blood and flushed to remove residual blood; culturing said placental cells; and isolating said placental stem cell from said placental cells by differential trypsinization, wherein said placental stem cell is not obtained from cord blood; and wherein the placental stem cells are OCT-4+ and ABC-p+; or SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or CD10+, CD29+, CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+.
A infusion pump for syringes, comprising a supporting structure, means for supporting a syringe that are rigidly associable with said syringe and are associated with said supporting structure so that they can rotate alternately about an axis that is substantially perpendicular to the longitudinal axis of said syringe, said supporting means comprising a tubular element, inside which is insertable the cylindrical body of said syringe and means for fixing said tubular element that is rigidly coupled to said cylindrical body of the syringe, first means for actuating said alternating rotation and comprising a shaft, which forms said perpendicular axis and is supported so that it can rotate by said supporting structure, first motor means associated with said shaft and means for coupling said supporting means to said shaft and second means for actuating the sliding of the plunger of said syringe, which cooperate functionally with said first actuation means and comprising a bar and a pusher fixed to one end of said bar and suitable to contact the plunger of the syringe, characterized in that it comprises an electronic control and monitoring unit which is functionally associated with said first and second actuating means (5, 6) to actuate said first motor means so as to rotate alternately said shaft about the axis through a preset angle, and to actuate said second actuation means to move the pusher of said second actuation means away beforehand from the plunger, and to stop, after a time interval that can be preset, said first motor means and start said second actuation means.
A vehicle roof console comprising: a mounting cover fixed to a roof trim of a vehicle; an operation panel assembled to the mounting cover; a roof illumination module mounted to a middle portion of the operation panel; and a capacitive gesture recognition module having a frame type configuration, mounted on the operation panel around the roof illumination module and being mechanically independently of the roof illumination module; characterized in that the capacitive gesture recognition module comprises: an electric circuit board comprising pairs of strip shaped capacitive electrodes disposed on opposite sides in a thickness direction of the electric circuit board, each pair of capacitive electrodes comprising an emitter electrode and a receiver electrode; and a cover plate configured to sealingly fix the electric circuit board to the operation panel. a mounting cover fixed to a roof trim of a vehicle; an operation panel assembled to the mounting cover; a roof illumination module mounted to a middle portion of the operation panel; and a capacitive gesture recognition module having a frame type configuration, mounted on the operation panel around the roof illumination module and being mechanically independently of the roof illumination module; characterized in that the capacitive gesture recognition module comprises: an electric circuit board comprising pairs of strip shaped capacitive electrodes disposed on opposite sides in a thickness direction of the electric circuit board, each pair of capacitive electrodes comprising an emitter electrode and a receiver electrode; and a cover plate configured to sealingly fix the electric circuit board to the operation panel.
System for operational acoustic optimization of a variable speed compressor, the system comprising a variable speed compressor that comprises a synchronous motor, a frequency inverter and a control block; - the frequency inverter being electrically connected to the synchronous motor and an electrical network; - the control block being electrically connected to the frequency inverter and being configured to control the speed of the synchronous motor included in the variable speed compressor and to establish a first switching frequency and a second switching frequency of the frequency inverter to supply the synchronous motor with a power supply signal, whereby the first switching frequency is located in a region of the frequency spectrum that is barely perceptible by a human ear or in a non-audible region of the frequency spectrum; characterized in that the control block is further configured to further establish a time period in which the synchronous motor will be fed by the frequency inverter signal with the first switching frequency; - wherein the time period corresponds to at least one alignment operation period of the motor; - the frequency inverter being configured to start the variable speed compressor by supplying motor with a signal with the first switching frequency for the duration of the time period; - the frequency inverter being further configured to supply the motor with a signal with the second switching frequency after the time period. - the frequency inverter being electrically connected to the synchronous motor and an electrical network; - the control block being electrically connected to the frequency inverter and being configured to control the speed of the synchronous motor included in the variable speed compressor and to establish a first switching frequency and a second switching frequency of the frequency inverter to supply the synchronous motor with a power supply signal, whereby the first switching frequency is located in a region of the frequency spectrum that is barely perceptible by a human ear or in a non-audible region of the frequency spectrum; characterized in that the control block is further configured to further establish a time period in which the synchronous motor will be fed by the frequency inverter signal with the first switching frequency; - wherein the time period corresponds to at least one alignment operation period of the motor; - the frequency inverter being configured to start the variable speed compressor by supplying motor with a signal with the first switching frequency for the duration of the time period; - the frequency inverter being further configured to supply the motor with a signal with the second switching frequency after the time period.
A method for treating a composition comprising sulfites, said method comprising introducing into said composition 3-mercaptopyruvate sulfurtransferase (3-MST) and a substrate of said 3-mercaptopyruvate sulfurtransferase to transform said sulfites.
A method for making a chimeric polypeptide comprising the major S-laver polypeptide of Methylomicrobium alcaliphilum sp.20Z, a self-assembling fragment thereof, and a heterologous polypeptide or peptide, the method comprising recombinantly engineering Methylomicrobium alcaliphilum sp. 20Z to recombinantly express said chimeric polypeptide and deliver it outside of the cell where it exists in the form of an assembled monomolecular layer.
Perforator assembly for drilling bone tissue, comprising a drive shaft having a rotation axis (t), a chipping head having the same rotation axis (t), a drill head arranged coaxially inside the chipping head; a first connecting profile is provided at a proximal end of the drill head, and a second connecting profile is provided at a distal end of the drive shaft, and the drill head is arranged so as to be displaceable with respect to the chipping head along the rotation axis (t) between a proximal position and a distal position, and in the proximal position the second connecting profile at the distal end of the drive shaft cooperates with the first connecting profile such as to transmit rotational motion from the drive shaft to the drill head, and in the distal position the first connecting profile at the proximal end of the drill head and the second connecting profile on the distal end of the drive shaft are disengaged characterised by that a first magnet is arranged in a closed off cavity at the proximal end of the drill head, and a second magnet is arranged in a closed off cavity at a distal end of the drive shaft such that same magnetic poles are facing each other.