mhurhangee/patent-ind-claim-en huggingface dataset:
A manoeuvring device suitable for equipping a carriage of a rail vehicle comprising a bogie having at least one wheel , the shunting device comprising a motor and a roller that can be driven in rotation by the motor , the roller being movable between two positions: - an engaged position in which the roller is adapted to be in contact with the wheel to drive it by friction in rotation, and - a spread position in which the roller can be moved away from the wheel , the manoeuvring device also comprising an extension system for moving the roller by translation between the spread position and the engaged position of the roller the elongation system comprising a first part connected to the roller , and a second part suitable for connection to the bogie , characterised in that the first and second parts are movable in relation to each other the other for moving the roller from the engaged position to the spread position, and vice versa the motor comprising a housing integral with the elongation system , the manoeuvring device further comprising a hooking system suitable for connecting the manoeuvring device to a body of the bogie , the first part being integral with the housing and the second part being integral with the attachment system . - an engaged position in which the roller is adapted to be in contact with the wheel to drive it by friction in rotation, and - a spread position in which the roller can be moved away from the wheel , the manoeuvring device also comprising an extension system for moving the roller by translation between the spread position and the engaged position of the roller the elongation system comprising a first part connected to the roller , and a second part suitable for connection to the bogie , characterised in that the first and second parts are movable in relation to each other the other for moving the roller from the engaged position to the spread position, and vice versa the motor comprising a housing integral with the elongation system , the manoeuvring device further comprising a hooking system suitable for connecting the manoeuvring device to a body of the bogie , the first part being integral with the housing and the second part being integral with the attachment system .
A radio frequency, RF, coil assembly for a magnetic resonance imaging, MRI, system, comprising: a loop portion comprising distributed capacitance conductors ; a coupling electronics portion including a pre-amplifier; and a stretchable layer of material to which the loop portion and coupling electronics portion are attached, wherein the distributed capacitance conductors comprise two parallel stranded wire conductors encapsulated and separated by a dielectric material, wherein the loop portion is void of any capacitive and inductive lumped components along an entire length of the loop portion between terminating ends thereof. a loop portion comprising distributed capacitance conductors ; a coupling electronics portion including a pre-amplifier; and a stretchable layer of material to which the loop portion and coupling electronics portion are attached, wherein the distributed capacitance conductors comprise two parallel stranded wire conductors encapsulated and separated by a dielectric material, wherein the loop portion is void of any capacitive and inductive lumped components along an entire length of the loop portion between terminating ends thereof.
A potentiometric ion selective electrode, comprising: (a) an internal reference electrode; (b) an internal electrolyte layer comprising MgCl 2 ; and (c) an ion sensing membrane, which is a magnesium sensing membrane, wherein at least a portion of the ion sensing membrane is associated with at least a portion of the internal electrolyte layer, wherein at least a portion of the internal electrolyte layer is associated with at least a portion of the internal reference electrode, wherein the magnesium sensing membrane is further defined as comprising: - an ionophore having a tripodal stereochemical structure; - a lipophilic borate salt, wherein the lipophilic borate salt is present in an amount that provides a mol ratio of lipophilic borate salt to ionophore in a range of from about 60 mol% to about 100 mol%; and - a polymer matrix in which the ionophore and lipophilic borate salt are disposed, wherein the polymer matrix comprises a polymer and a plasticizer; characterized in that the internal electrolyte layer comprises a carbon paste having the MgCl 2 dispersed therein. (a) an internal reference electrode; (b) an internal electrolyte layer comprising MgCl 2 ; and (c) an ion sensing membrane, which is a magnesium sensing membrane, wherein at least a portion of the ion sensing membrane is associated with at least a portion of the internal electrolyte layer, wherein at least a portion of the internal electrolyte layer is associated with at least a portion of the internal reference electrode, wherein the magnesium sensing membrane is further defined as comprising: - an ionophore having a tripodal stereochemical structure; - a lipophilic borate salt, wherein the lipophilic borate salt is present in an amount that provides a mol ratio of lipophilic borate salt to ionophore in a range of from about 60 mol% to about 100 mol%; and - a polymer matrix in which the ionophore and lipophilic borate salt are disposed, wherein the polymer matrix comprises a polymer and a plasticizer; - an ionophore having a tripodal stereochemical structure; - a lipophilic borate salt, wherein the lipophilic borate salt is present in an amount that provides a mol ratio of lipophilic borate salt to ionophore in a range of from about 60 mol% to about 100 mol%; and - a polymer matrix in which the ionophore and lipophilic borate salt are disposed, wherein the polymer matrix comprises a polymer and a plasticizer; characterized in that the internal electrolyte layer comprises a carbon paste having the MgCl 2 dispersed therein.
A filter medium for a liquid filter, comprising a main fiber having a fiber diameter of 4.0 μm or less and an aspect ratio of 100 to 2,500 and a binder fiber having a fiber diameter of 3.0 μm or less and an aspect ratio of 100 to 2,500, the weight proportion of the binder fiber relative to the weight of the filter medium being 10 to 50 wt%; and having a weight per unit within a range of 5 to 80 g/m 2 ; wherein the main fiber includes a polyphenylene sulfide fiber; and wherein the binder fiber includes an undrawn fiber.
A flash dryer for drying a product , comprising: a chamber having a product inlet and a product outlet , the product inlet being located in a lower section of the chamber and the product outlet in a upper section of the chamber , a disc having a domed shape and being fixedly arranged in the lower section of the chamber below the product inlet , such that a gap is created between an outer edge of the disc and an inner wall of the chamber , wherein a thickness of the disc is decreasing radially from a mid-section of the disc towards the outer edge of the disc , a primary air inlet arranged below the chamber and arranged to provide air into the chamber via the gap , a drive unit arranged below the chamber having a drive shaft extending through a hole in the mid-section of the disc into the lower section of the chamber , a plurality of rotatable disintegrator elements connected to the drive shaft in the lower section of the chamber above the disc , and a rotatable shovel arm connected to the drive shaft in the lower section of the chamber above the disc and below the plurality of disintegrator elements , the shovel arm being adapted to distribute the product in the lower section of the chamber . a chamber having a product inlet and a product outlet , the product inlet being located in a lower section of the chamber and the product outlet in a upper section of the chamber , a disc having a domed shape and being fixedly arranged in the lower section of the chamber below the product inlet , such that a gap is created between an outer edge of the disc and an inner wall of the chamber , wherein a thickness of the disc is decreasing radially from a mid-section of the disc towards the outer edge of the disc , a primary air inlet arranged below the chamber and arranged to provide air into the chamber via the gap , a drive unit arranged below the chamber having a drive shaft extending through a hole in the mid-section of the disc into the lower section of the chamber , a plurality of rotatable disintegrator elements connected to the drive shaft in the lower section of the chamber above the disc , and a rotatable shovel arm connected to the drive shaft in the lower section of the chamber above the disc and below the plurality of disintegrator elements , the shovel arm being adapted to distribute the product in the lower section of the chamber .
Method for producing an electrical connecting contact on a coated metal sheet , the coating of which has at least one electrical conductor track covered by an electrical insulation layer , In which method a tool is positioned relative to the electrical conductor track , thereafter a recess is produced with the aid of the tool through the electrical insulation layer at least as far as the electrical conductor track and, in a next step, an electrically conductive contact element is provided in this recess , which Is electrically connected at one of Its ends (7.1) to the conductor track and forms the electrical connecting contact at another of its ends (7.2), characterized In that the metal sheet is scanned with an infrared detector , a heat distribution of the metal sheet is formed from this scanning data (12.1, 12.2, 12.3), and location information with respect to the conductor track of the metal sheet Is determined by means of the heat distribution , which location Information Is taken Into account when positioning the tool .
Device for frothing milk, comprising a tubular steam lance with a downward-facing open end for insertion into a milk vessel, a steam generator connected to the steam lance via a steam line , a Venturi nozzle which is arranged in the steam line and into which an air supply line opens, and a valve assembly , which is arranged upstream of the Venturi nozzle in the steam line , for opening and closing the steam line , wherein the air supply line is provided with an electrically actuatable air valve which, on the basis of a control signal, limits an air flow suctioned in via the Venturi nozzle to a volumetric flow that can be adjusted via the air valve , characterised in that the air valve is designed as a clocked air valve which opens and closes on the basis of a periodic switching signal in order to generate a pulsed air flow with an average volumetric flow, and having an electric control circuit for generating the periodic switching signal, wherein a frequency and/or a duty factor of the periodic switching signal can be adjusted in order to adjust the average volumetric flow. wherein the air supply line is provided with an electrically actuatable air valve which, on the basis of a control signal, limits an air flow suctioned in via the Venturi nozzle to a volumetric flow that can be adjusted via the air valve , characterised in that the air valve is designed as a clocked air valve which opens and closes on the basis of a periodic switching signal in order to generate a pulsed air flow with an average volumetric flow, and having an electric control circuit for generating the periodic switching signal, wherein a frequency and/or a duty factor of the periodic switching signal can be adjusted in order to adjust the average volumetric flow.
An apparatus for generating a set of transform coefficients of a block in a frame or portion thereof, comprising: a media encoder coupled to a data interface adapted to receive a frame or portion thereof, said media encoder is adapted to: designate a rotational symmetry mask having a size and a shape as said block partitioned in said frame or portion thereof for processing said block; split said block to two complementary portions using said rotational symmetry mask; generate a pair of rotational symmetry blocks each having one of said two complementary portions; and compute a transform coefficient for each member of said pair of rotational symmetry blocks; wherein said media encoder is adapted to generate each of said pair of rotational symmetry blocks as blocks having the size and shape of said block by adding complementary data to the respective portion of each of the two complementary portions; wherein said complementary data is obtained by multiplying a 2D mirror of the respective portion which said rotational symmetry block is constructed from by one member of the group consisting of: zero , one and minus one (-1). designate a rotational symmetry mask having a size and a shape as said block partitioned in said frame or portion thereof for processing said block; split said block to two complementary portions using said rotational symmetry mask; generate a pair of rotational symmetry blocks each having one of said two complementary portions; and compute a transform coefficient for each member of said pair of rotational symmetry blocks; wherein said media encoder is adapted to generate each of said pair of rotational symmetry blocks as blocks having the size and shape of said block by adding complementary data to the respective portion of each of the two complementary portions; wherein said complementary data is obtained by multiplying a 2D mirror of the respective portion which said rotational symmetry block is constructed from by one member of the group consisting of: zero , one and minus one (-1).
A resin composition comprising 100 parts by mass of a thermoplastic resin and 0.1 to 100 parts by mass of a cellulose component, wherein the cellulose component includes cellulose whiskers having a diameter of smaller than 1μm and a length/diameter ratio (L/D ratio) of less than 30 and cellulose fibers having a diameter of smaller than 1μm and an L/D ratio of 30 or greater.
A method for registering implant orientation directly from a dental impression for acquiring data by imaging the dental impression, the method including: • providing a system comprising: - an implant position transfer body , said implant position transfer body comprising: ∘ an implant side to mate with a dental implant affixed in a patient's jawbone , ∘ an impression side having a terminus structure at its end, - a scan body having a first end extending to a second end, the second end of the scan body having the same structure as the impression side of the implant position transfer body , • mating the transfer body atop the dental implant ; • applying the impression side in a dental impression material when the transfer body has been mated atop the dental implant material , thereby • creating a defined cavity in a dental impression when the dental impression material hardens; • securely fitting the second end of the scan body in the defined cavity of the dental impression; and • acquiring the position and orientation of the implant by scanning the dental impression having the scan body, thereby registering implant orientation directly from the dental impression. • providing a system comprising: - an implant position transfer body , said implant position transfer body comprising: ∘ an implant side to mate with a dental implant affixed in a patient's jawbone , ∘ an impression side having a terminus structure at its end, - a scan body having a first end extending to a second end, the second end of the scan body having the same structure as the impression side of the implant position transfer body , - an implant position transfer body , said implant position transfer body comprising: ∘ an implant side to mate with a dental implant affixed in a patient's jawbone , ∘ an impression side having a terminus structure at its end, ∘ an implant side to mate with a dental implant affixed in a patient's jawbone , ∘ an impression side having a terminus structure at its end, - a scan body having a first end extending to a second end, the second end of the scan body having the same structure as the impression side of the implant position transfer body , • mating the transfer body atop the dental implant ; • applying the impression side in a dental impression material when the transfer body has been mated atop the dental implant material , thereby • creating a defined cavity in a dental impression when the dental impression material hardens; • securely fitting the second end of the scan body in the defined cavity of the dental impression; and • acquiring the position and orientation of the implant by scanning the dental impression having the scan body, thereby registering implant orientation directly from the dental impression.
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving an uplink resource allocation that is associated with a two-symbol transmission time interval, TTI, the uplink resource allocation comprising an indication of a number of symbol periods between a symbol with a demodulation reference signal, DM-RS and a subsequent two-symbol TTI scheduled for data; determining that a demodulation reference signal, DM-RS, is scheduled to be transmitted in one symbol of the two-symbol TTI as part of the uplink resource allocation; and transmitting the DM-RS in the one symbol of the two-symbol TTI and data in the subsequent two-symbol TTI according to the uplink resource allocation. receiving an uplink resource allocation that is associated with a two-symbol transmission time interval, TTI, the uplink resource allocation comprising an indication of a number of symbol periods between a symbol with a demodulation reference signal, DM-RS and a subsequent two-symbol TTI scheduled for data; determining that a demodulation reference signal, DM-RS, is scheduled to be transmitted in one symbol of the two-symbol TTI as part of the uplink resource allocation; and transmitting the DM-RS in the one symbol of the two-symbol TTI and data in the subsequent two-symbol TTI according to the uplink resource allocation.
Use as perfuming ingredient of a compound of formula (I), in the form of any one of its stereoisomers or a mixture thereof, and wherein one dotted line represents a carbon-carbon single bond and the other a carbon-carbon double bond; and R represents a hydrogen atom or a C 1-4 alkyl or alkenyl group. in the form of any one of its stereoisomers or a mixture thereof, and wherein one dotted line represents a carbon-carbon single bond and the other a carbon-carbon double bond; and R represents a hydrogen atom or a C 1-4 alkyl or alkenyl group.
A heating and cooling system having a heat source side unit provided with a compressor and a heat source side heat exchanger , and a use side unit provided with a use side heat exchanger , wherein the heat source side unit includes a four-way valve , and the heating and cooling system comprises: a pressure reducing device , a cooling-purpose heat exchange section that has a refrigerant flow passage in a spiral form and that, during cooling, subcools refrigerant, which is discharged from the compressor and liquefied by the heat source side heat exchanger, with an acceleration phenomenon of the refrigerant by rotating the refrigerant helically before the refrigerant reaches the pressure reducing device, wherein a first on-off valve is provided between the cooling-purpose heat exchanger section and the heat source side heat exchanger , a heating-purpose heat exchange section that has a refrigerant flow passage in a spiral form and that, during heating, partially vaporizes refrigerant, which is discharged from the compressor and liquefied by the use side heat exchanger, with an acceleration phenomenon of the refrigerant by rotating the refrigerant helically after the refrigerant has passed through the pressure reducing device and before the refrigerant reaches the heat source side heat exchanger, wherein a second on-off valve is provided between the heating-purpose heat exchanger section and the heat source side heat exchanger , wherein a heating-purpose coiled narrow tube that is included to the heating-purpose heat exchange section has a flow passage that is formed to be wider than that of a cooling-purpose coiled narrow tube that is included to the cooling-purpose heat exchange section. a pressure reducing device , a cooling-purpose heat exchange section that has a refrigerant flow passage in a spiral form and that, during cooling, subcools refrigerant, which is discharged from the compressor and liquefied by the heat source side heat exchanger, with an acceleration phenomenon of the refrigerant by rotating the refrigerant helically before the refrigerant reaches the pressure reducing device, wherein a first on-off valve is provided between the cooling-purpose heat exchanger section and the heat source side heat exchanger , a heating-purpose heat exchange section that has a refrigerant flow passage in a spiral form and that, during heating, partially vaporizes refrigerant, which is discharged from the compressor and liquefied by the use side heat exchanger, with an acceleration phenomenon of the refrigerant by rotating the refrigerant helically after the refrigerant has passed through the pressure reducing device and before the refrigerant reaches the heat source side heat exchanger, wherein a second on-off valve is provided between the heating-purpose heat exchanger section and the heat source side heat exchanger , wherein a heating-purpose coiled narrow tube that is included to the heating-purpose heat exchange section has a flow passage that is formed to be wider than that of a cooling-purpose coiled narrow tube that is included to the cooling-purpose heat exchange section.
Method for controlling a direct current motor in one or several fan units (43; 20, 21), each comprising a fan, which method comprises: generation of a control signal from a first control unit which is external in relation to the said fan unit ; transmission of the said control signal to the said fan unit ; reception of the transmitted control signal in the said fan unit ; interpretation of the said control signal in a second control unit which is arranged in association with the said fan unit ; and generation, in the said second control unit , of a supply signal for the said direct current motor , on the basis of the control signal generated by the first control unit and received in the fan unit and on the basis of a supply voltage; wherein the method further comprises: transmission of the control signal together with the supply voltage over a shared communication link , with the control signal being superposed on the supply voltage, and characterized in that the said fan unit also comprises means for detecting speed of rotation, and in that pulse width modulation (PWM) is used for controlling the said direct current motor , and in that the frequency of the pulse train of the pulse width modulated supply is synchronized to the speed of rotation of the fan such that the frequency of the pulse width modulated supply is equal to the speed of rotation of the fan, or alternatively is a whole-number multiple or a whole-number fraction of the speed of rotation of the fan.