mhurhangee/patent-ind-claim-en huggingface dataset:
A droplet discharge apparatus comprising: a recording section for performing recording by discharging droplets onto a recording medium ; a drying section including a plurality of drying units for performing drying of the recording medium to which the droplets have been discharged, wherein the drying units are movably disposed in a predetermined drying area in which the drying of the recording medium is performed, the drying area being downstream from the recording section in a first direction (Y); a transport section for transporting the recording medium in the first direction (Y) in the drying area; and a plurality of guiding members configured to guide the drying units in a second direction (X) that intersects the first direction, wherein the drying units are movably disposed in the second direction, and characterized in that the plurality of drying units include drying units having different lengths (w1, w2) in the second direction in which the individual drying units perform drying, and each guiding member guides a pair of drying units having different lengths (w1, w2) in the second direction (X), whereby the drying units are movable such that a drying unit on one guiding member overlaps with a boundary between the pair of drying units on an adjacent guiding member. a recording section for performing recording by discharging droplets onto a recording medium ; a drying section including a plurality of drying units for performing drying of the recording medium to which the droplets have been discharged, wherein the drying units are movably disposed in a predetermined drying area in which the drying of the recording medium is performed, the drying area being downstream from the recording section in a first direction (Y); a transport section for transporting the recording medium in the first direction (Y) in the drying area; and a plurality of guiding members configured to guide the drying units in a second direction (X) that intersects the first direction, wherein the drying units are movably disposed in the second direction, and characterized in that the plurality of drying units include drying units having different lengths (w1, w2) in the second direction in which the individual drying units perform drying, and each guiding member guides a pair of drying units having different lengths (w1, w2) in the second direction (X), whereby the drying units are movable such that a drying unit on one guiding member overlaps with a boundary between the pair of drying units on an adjacent guiding member.
A method of capturing physiological data from a mammalian subject comprising: i) operating a first light source to irradiate tissue of the mammalian subject with light; ii) using a plurality of light detectors to detect light from the light source that has transmitted through the tissue and/or reflected from the tissue, wherein each of the plurality of light detectors are adapted to provide an output signal indicative of the light detected; and wherein each of the plurality of light detectors are spaced apart from one another at known positions relative to the light source; iii) selecting one of the light detectors from the plurality of light detectors, iv) using the output signal from the selected light detector to vary the intensity of light outputted from the light source to identify physiological data in the output signal and/or improve the quality of said identified physiological data; v) if the presence of physiological data is identified, capturing the physiological data; and vi) selecting a next of the light detectors from the plurality of light detectors and repeating steps iii) to v) ; and wherein iv) comprises measuring an absolute intensity value of the output signal and operating the light source to vary the intensity of light outputted from the light source to bring the absolute intensity value to within a range specified for the physiological data being captured. i) operating a first light source to irradiate tissue of the mammalian subject with light; ii) using a plurality of light detectors to detect light from the light source that has transmitted through the tissue and/or reflected from the tissue, wherein each of the plurality of light detectors are adapted to provide an output signal indicative of the light detected; and wherein each of the plurality of light detectors are spaced apart from one another at known positions relative to the light source; iii) selecting one of the light detectors from the plurality of light detectors, iv) using the output signal from the selected light detector to vary the intensity of light outputted from the light source to identify physiological data in the output signal and/or improve the quality of said identified physiological data; v) if the presence of physiological data is identified, capturing the physiological data; and vi) selecting a next of the light detectors from the plurality of light detectors and repeating steps iii) to v) ;
An active pharmaceutical ingredient selected from N-[2-hydroxy-3-(1-piperidinyl)-propoxy]-pyridine-1-oxide-3-carboximidoyl chloride, its stereoisomers and the acid addition salts thereof, for use in a method of treating glucocerebrosidase (GBA)-associated Parkinson's disease (PD) or GBA-associated parkinsonism.
Process for the production of a hydrocarbon fluid comprising the step of catalytically hydrogenating a hydrocarbon cut in presence of both a dearomatization catalyst and a dewaxing catalyst in a single slurry reactor, wherein the dearomatization catalyst amount is comprised between 0.1 and 6 wt%, based on the weight of the hydrocarbon cut and/or the dewaxing catalyst amount is comprised between 0.1 and 6 wt% based on the weight of the hydrocarbon cut, wherein the dearomatization catalyst is selected from the group consisting of metals of the Group VIII and/or Group VIB metal and wherein the dewaxing catalyst is selected from the group consisting of silicalite having preferably a silica/alumina ratio greater than 130, alumina, zeolites, MFI zeolites, silicoaluminophosphates, aluminosilicate, comprising 0 to 10% by weight of at least one metal from group VIII and optionally 0 to 20% by weight of a group VI metal, wherein the hydrocarbon cut has a sulphur content below 15 ppm, wherein the hydrocarbon cut is a gasoil having a final boiling point above 300°C.
A microfluidics system , the system comprising: a plurality of pumps and a plurality of sensors ; a data line associated with a data pad , to select a pump from the plurality of pumps and select a sensor from the plurality of sensors; a signal line associated with a signal pad to provide signals to a series of flip-flops a pump activation line associated with a first external communication pad and selectively connected to the selected pump; and a sensor line associated with a second external communication pad and selectively connected to the selected sensor; wherein the pads are configured to provide contacts to external components; a series of transistors , wherein each pump and each sensor has an associated transistor among the plurality of transistors where a state of the transistors determines which pump is electrically connected with pump activation line and which sensor is electrically connected with the sensor line ; the transistors being configured to be controlled by the series of flip-flops , wherein upon receipt of a clock signal, a state of a transistor transfers to a next transistor in the series of transistors; the series of transistors is set to the proper states by providing a proper sequence of states on the data pad and advancing the states down the series of flip-flops and associated transistors by applying a series of clock signals on the signal pad ; the system also including flip-flops in the series of flip-flops that are not connected to any transistor and therefore do not allow selection of any pump or sensor . a plurality of pumps and a plurality of sensors ; a data line associated with a data pad , to select a pump from the plurality of pumps and select a sensor from the plurality of sensors; a signal line associated with a signal pad to provide signals to a series of flip-flops a pump activation line associated with a first external communication pad and selectively connected to the selected pump; and a sensor line associated with a second external communication pad and selectively connected to the selected sensor; wherein the pads are configured to provide contacts to external components; a series of transistors , wherein each pump and each sensor has an associated transistor among the plurality of transistors where a state of the transistors determines which pump is electrically connected with pump activation line and which sensor is electrically connected with the sensor line ; the transistors being configured to be controlled by the series of flip-flops , wherein upon receipt of a clock signal, a state of a transistor transfers to a next transistor in the series of transistors; the series of transistors is set to the proper states by providing a proper sequence of states on the data pad and advancing the states down the series of flip-flops and associated transistors by applying a series of clock signals on the signal pad ; the system also including flip-flops in the series of flip-flops that are not connected to any transistor and therefore do not allow selection of any pump or sensor .
Bearing for a steering spindle of a steering column for a motor vehicle, which bearing has a bearing opening which is continuous in the axial direction and in which the steering spindle can be accommodated rotatably about the longitudinal axis , and at least one fastening means for connection to a casing unit of the steering column , wherein the fastening means has at least one positively locking element which is configured to be movable transversely with respect to the axial direction and has a resilient latching element which can be brought into engagement in a positively locking manner with a corresponding rigid positively locking receptacle of the casing unit in order to produce a positively locking connection of the bearing to the casing unit , which connection secures the bearing in a positively locking manner in the axial direction to the casing unit , characterized in that the latching element extends as a flexurally elastic latching tongue from an end side of the bearing in the axial direction. wherein the fastening means has at least one positively locking element which is configured to be movable transversely with respect to the axial direction and has a resilient latching element which can be brought into engagement in a positively locking manner with a corresponding rigid positively locking receptacle of the casing unit in order to produce a positively locking connection of the bearing to the casing unit , which connection secures the bearing in a positively locking manner in the axial direction to the casing unit , characterized in that the latching element extends as a flexurally elastic latching tongue from an end side of the bearing in the axial direction.
A method for producing a compound of the following formula I : LiM 1-x-y-z N y Q z Fe x PO 4 Formula I wherein: - M is a transition element selected from Co, Ni and Mn, - N is a doping element different from M and Q, preferably a doping element selected from boron, aluminium and mixtures thereof, and/or a deficiency on the sites of lithium and/or M and/or Q. and/or P and/or O, - Q is a transition element selected from Co, Ni, Mn and Fe but different from M, - 0.2 ≤ x ≤ 0.6, - 0 ≤ y ≤ 0.15, - z = 0, and - 0 ≤ x + y + z < 1, characterised in that the compound of formula I has a specific surface area greater than or equal to 15m 2 /g, and in that it comprises the following steps: a) mixing precursors of Li, M, N, Fe, P and ascorbic acid in an aqueous solvent, preferably containing a glycol compound, preferably containing ethylene glycol and/or diethylene glycol and/or triethylene glycol and/or tetraethylene glycol, b) microwave heating the mixture obtained in step a) at a temperature of 160°C and a pressure of between 0.5 and 50 bars, preferably 3 bars, for a period of between 1 and 60 minutes, preferably 30 minutes, and c) washing the product with ethanol and water obtained in step b). - M is a transition element selected from Co, Ni and Mn, - N is a doping element different from M and Q, preferably a doping element selected from boron, aluminium and mixtures thereof, and/or a deficiency on the sites of lithium and/or M and/or Q. and/or P and/or O, - Q is a transition element selected from Co, Ni, Mn and Fe but different from M, - 0.2 ≤ x ≤ 0.6, - 0 ≤ y ≤ 0.15, - z = 0, and - 0 ≤ x + y + z < 1, a) mixing precursors of Li, M, N, Fe, P and ascorbic acid in an aqueous solvent, preferably containing a glycol compound, preferably containing ethylene glycol and/or diethylene glycol and/or triethylene glycol and/or tetraethylene glycol, b) microwave heating the mixture obtained in step a) at a temperature of 160°C and a pressure of between 0.5 and 50 bars, preferably 3 bars, for a period of between 1 and 60 minutes, preferably 30 minutes, and c) washing the product with ethanol and water obtained in step b).
Motor vehicle lamp having a light guide which has a first longitudinal side and a second longitudinal side opposite the first longitudinal side , and which has deflection elements arranged on its first longitudinal side , which are designed to deflect light incident on them from the inside of the light guide to the second longitudinal side in such a way that the deflected light impinges there so steeply that it emerges from the light guide via the second longitudinal side , wherein said deflecting elements comprise a deflecting prism having a first reflecting surface and a second reflecting surface adapted to transmit light that propagates within said elongated light guide following the shape of said light guide and thereby impinge on one of said reflecting surfaces , first deflect it towards the respective other of the two reflecting surfaces in such a way that the sum of the deflections occurring on the two reflecting surfaces results in the said deflection towards the second longitudinal side .
A peptide-based galanin receptor type 2 (GALR2) agonist having the amino acid sequence set forth in formula 1: [dN] 1 [W] 2 [T] 3 [P] 4 [N] 5 [A] 6 [A] 7 [L] 8 [Y] 9 [L] 10 [F] 11 [G] 12 [P] 13 [Q] 14 -NH 2 wherein [dN] 1 is D-asparagine or substituted with pyroglutamate (pQ), citrulline (Cit), L-asparagine (N), glycine (G), or asparagine protected with polyethylene glycol (PEG), an acetyl (Ac) group, or Fmoc, [W] 2 is tryptophan (W), D-tryptophan (dW), or a 2-naphtyl group, [T] 3 is threonine (T), alanine (A), or lysine (K), [P] 4 is proline (P), D-alanine (dA), or D-valine (dV), [N] 5 is asparagine (N) or glutamine (Q), [A] 6 is alanine (A) or D-alanine (dA), [A] 7 is alanine (A), [L] 8 is leucine (L), [Y] 9 is tyrosine (Y), [L] 10 is leucine (L), [F] 11 is phenylalanine (F), [G] 12 is glycine (G), [P] 13 is proline (P), D-alanine (dA), or alanine (A), [Q] 14 is glutamine (Q), D-glutamine (dQ) or histidine (H). [dN] 1 is D-asparagine or substituted with pyroglutamate (pQ), citrulline (Cit), L-asparagine (N), glycine (G), or asparagine protected with polyethylene glycol (PEG), an acetyl (Ac) group, or Fmoc, [W] 2 is tryptophan (W), D-tryptophan (dW), or a 2-naphtyl group, [T] 3 is threonine (T), alanine (A), or lysine (K), [P] 4 is proline (P), D-alanine (dA), or D-valine (dV), [N] 5 is asparagine (N) or glutamine (Q), [A] 6 is alanine (A) or D-alanine (dA), [A] 7 is alanine (A), [L] 8 is leucine (L), [Y] 9 is tyrosine (Y), [L] 10 is leucine (L), [F] 11 is phenylalanine (F), [G] 12 is glycine (G), [P] 13 is proline (P), D-alanine (dA), or alanine (A), [Q] 14 is glutamine (Q), D-glutamine (dQ) or histidine (H).
A method for access control which comprises the following steps: - an access node receives an identification code (ID) from a mobile telephone of a visitor, - after the identification code (ID) has been recognized by a control unit as being valid, an access code (6; 7) generated by the control unit is sent to the mobile telephone by the access node , - the access code (6; 7), which is presented on a display (1.1) of the mobile telephone , is detected by means of an optical reader , - after the access code (6; 7) has been recognized as being valid, the access is granted, and - a notification about the arrival of the visitor is sent to a communication unit by the control unit , wherein the notification is sent according to a rule of a user profile, which rule determines that a visited person should be notified. - an access node receives an identification code (ID) from a mobile telephone of a visitor, - after the identification code (ID) has been recognized by a control unit as being valid, an access code (6; 7) generated by the control unit is sent to the mobile telephone by the access node , - the access code (6; 7), which is presented on a display (1.1) of the mobile telephone , is detected by means of an optical reader , - after the access code (6; 7) has been recognized as being valid, the access is granted, and - a notification about the arrival of the visitor is sent to a communication unit by the control unit , wherein the notification is sent according to a rule of a user profile, which rule determines that a visited person should be notified.
An electrically operated smoking system comprising: a storage portion for storing an aerosol-forming substrate; an aerosol generating element for generating an aerosol from the aerosol-forming substrate, wherein the aerosol generating element is an electric heater comprising a heating element; control circuitry in communication with the storage portion or the aerosol generating element; and disabling means for rendering the storage portion inoperable in the aerosol generating system in response to a disable signal from the control circuitry, wherein the control circuitry is configured to determine or estimate when an amount of aerosol-forming substrate in the storage portion is below a threshold amount, and to issue the disable signal in response to a determination that the temperature of the heating element has exceeded a predetermined threshold when the amount of aerosol-forming substrate in the storage portion is determined or estimated to be below the threshold amount. a storage portion for storing an aerosol-forming substrate; an aerosol generating element for generating an aerosol from the aerosol-forming substrate, wherein the aerosol generating element is an electric heater comprising a heating element; control circuitry in communication with the storage portion or the aerosol generating element; and disabling means for rendering the storage portion inoperable in the aerosol generating system in response to a disable signal from the control circuitry, wherein the control circuitry is configured to determine or estimate when an amount of aerosol-forming substrate in the storage portion is below a threshold amount, and to issue the disable signal in response to a determination that the temperature of the heating element has exceeded a predetermined threshold when the amount of aerosol-forming substrate in the storage portion is determined or estimated to be below the threshold amount.
A dish washer comprising: a tub for receiving dishes; an upper arm and a lower arm provided in the tub to spray water to the dishes; a sump having a collection part that provides a space for collecting and storing wash water; an impeller disposed above the collection part for pumping the wash water; a washing motor fitted through a bottom of the sump and axially coupled to the impeller in the vertical direction; a filter unit disposed at one side of the collection part for filtering at least some of wash water directed from the tub to the collection part of the sump ; a filth receiving chamber for receiving filth filtered out by the filter unit , and a housing assembly having: a pump compartment communicating with the collection part of the sump , the impeller being located in the pump compartment , a flow channel control compartment communicating with the pump compartment ; a first flow channel configured to connect the flow channel control compartment with the lower arm ; a second flow channel configured to connect the flow channel control compartment with the upper arm ; and a flow channel control valve provided in the flow channel control compartment for controlling the flow channels , wherein the pump compartment and the flow channel control compartment are disposed on the same plane. a tub for receiving dishes; an upper arm and a lower arm provided in the tub to spray water to the dishes; a sump having a collection part that provides a space for collecting and storing wash water; an impeller disposed above the collection part for pumping the wash water; a washing motor fitted through a bottom of the sump and axially coupled to the impeller in the vertical direction; a filter unit disposed at one side of the collection part for filtering at least some of wash water directed from the tub to the collection part of the sump ; a filth receiving chamber for receiving filth filtered out by the filter unit , and a pump compartment communicating with the collection part of the sump , the impeller being located in the pump compartment , a flow channel control compartment communicating with the pump compartment ; a first flow channel configured to connect the flow channel control compartment with the lower arm ; a second flow channel configured to connect the flow channel control compartment with the upper arm ; and a flow channel control valve provided in the flow channel control compartment for controlling the flow channels , wherein the pump compartment and the flow channel control compartment are disposed on the same plane.
A sealed roller bearing , designed as a two-row tapered roller bearing , for a wind turbine, which has a first inner ring , a second inner ring and an outer ring arranged coaxially over these two inner rings , in which rolling elements are arranged in two rows of rolling elements between the two inner rings and the outer ring , in which the rolling elements of the first row of rolling elements roll on a first inner ring raceway and a first outer ring raceway and the rolling elements of the second row of rolling elements roll on a second inner ring raceway and a second outer ring raceway , in which the rolling elements are arranged in at least one rolling element cage , and in which a bearing inner space is at least partially filled with a lubricant , wherein an additional ring is arranged radially outside on an axial projection of the first inner ring , that the additional ring supports a radial shaft sealing ring radially outside, characterised in that a radially outwardly directed sealing lip of the radial shaft sealing ring rests radially on a cylindrical inner sealing surface of an axial extension connected to the outer ring , in that a closing disc is attached to an endface outer surface of the first inner ring , in that this closing disc rests flush on an axially outwardly directed second end face of the base body of the additional ring , and in that at least one axial through-hole is formed in the additional ring and in the closing disc .