mhurhangee/patent-ind-claim-en huggingface dataset:
A pool cleaner , comprising a removable floatation and skimmer device , a submerged unit, a controller and a mechanism; wherein the submerged unit comprises a propulsion module and a filter, wherein the pool cleaner is characterized by having the_controller configured to: receive or generate a connection indication that indicates whether the removable floatation and skimmer device is connected to the submerged unit; operate the pool cleaner in an operational mode selected out of a skimmer mode and a submerged cleaning mode, based, at least, on the connection indication; and change the operational mode of the pool cleaner. receive or generate a connection indication that indicates whether the removable floatation and skimmer device is connected to the submerged unit; operate the pool cleaner in an operational mode selected out of a skimmer mode and a submerged cleaning mode, based, at least, on the connection indication; and change the operational mode of the pool cleaner.
A method for selecting a Lycopersicon esculentum plant comprising at least one TYLCV resistance allele and at least one root knot nematode resistance allele in coupling phase at two loci on one chromosome, said method comprising the steps of: (a) analyzing a Lycopersicon esculentum plant for the presence of the resistance alleles at each of the two loci using one or more molecular assays, wherein said at least one root knot nematode resistance allele is Mi-1 from Lycopersicon peruvianum, said at least one TYLCV resistance allele is Ty-1 from Lycopersicon chilense , and (b) selecting one or more plants comprising said resistance alleles in the coupling phase on one chromosome, wherein said chromosome is chromosome 6; wherein said one or more molecular assays comprise the use of PCR primers or probes which hybridize to SEQ ID NO:8 or SEQ ID NO: 10; or wherein said one or more molecular assays comprise the use of at least one primer sequence pair selected from the group consisting of SEQ ID NOs.:1 and 2, SEQ ID NOs: 3 and 4, and SEQ ID NOs: 5 and 6. (a) analyzing a Lycopersicon esculentum plant for the presence of the resistance alleles at each of the two loci using one or more molecular assays, wherein said at least one root knot nematode resistance allele is Mi-1 from Lycopersicon peruvianum, said at least one TYLCV resistance allele is Ty-1 from Lycopersicon chilense , and (b) selecting one or more plants comprising said resistance alleles in the coupling phase on one chromosome, wherein said chromosome is chromosome 6;
Method for determining the position of the armature of a synchronous machine relative to the stator of the synchronous machine , comprising the following method steps: - applying a number of test current vectors to the synchronous machine , each of which has the same current magnitude and each of which has a different angle relative to an armature-related d,q system of coordinates, - ascertaining values of a physical response quantity of the armature, said quantity being proportional to the q component of the test current vectors, during the application of the test current vectors to the synchronous machine , - ascertaining the first harmonic of the ascertained values of the physical response quantity as a function of the angle , and - determining the position of the armature relative to the stator of the synchronous machine as that zero crossing of the first harmonic in which a positive first derivation of the first harmonic is present. - applying a number of test current vectors to the synchronous machine , each of which has the same current magnitude and each of which has a different angle relative to an armature-related d,q system of coordinates, - ascertaining values of a physical response quantity of the armature, said quantity being proportional to the q component of the test current vectors, during the application of the test current vectors to the synchronous machine , - ascertaining the first harmonic of the ascertained values of the physical response quantity as a function of the angle , and - determining the position of the armature relative to the stator of the synchronous machine as that zero crossing of the first harmonic in which a positive first derivation of the first harmonic is present.
An exoskeleton fitness device, in particular for training a human body, comprising: a portable structure including at least one fastening member , wherein the at least one fastening member is configured to attach the portable structure to the body of a user, at least one mechanical joint having at least one axis of rotation and at least one degree of freedom, wherein the at least one mechanical joint is attached to the portable structure , at least one unit for generating a rotational resistance moment counteracting a rotational movement of the at least one mechanical joint , a controller for controlling the rotational resistance moment, wherein the controller is configured to control the rotational resistance moment in accordance with a user setting, wherein the controller is further configured to control the at least one rotational resistance moment as a function of an angular force applied by the user, and characterized in that the exoskeleton fitness device includes at least one magnetostrictive torque transducer for sensing the angular force applied by the user. a portable structure including at least one fastening member , wherein the at least one fastening member is configured to attach the portable structure to the body of a user, at least one mechanical joint having at least one axis of rotation and at least one degree of freedom, wherein the at least one mechanical joint is attached to the portable structure , at least one unit for generating a rotational resistance moment counteracting a rotational movement of the at least one mechanical joint , a controller for controlling the rotational resistance moment, wherein the controller is configured to control the rotational resistance moment in accordance with a user setting, wherein the controller is further configured to control the at least one rotational resistance moment as a function of an angular force applied by the user, and characterized in that the exoskeleton fitness device includes at least one magnetostrictive torque transducer for sensing the angular force applied by the user.
A quenching box for the condensing of steam for a cooking device, comprising at least one steam inlet , at least one water nozzle , and a water outlet , wherein a labyrinth structure having at least one deflection surface is provided between the steam inlet and the water outlet , characterized in that a swirl guard is associated with the water nozzle , the swirl guard being configured to prevent splash water from contacting the water nozzle .
A method of inter-substation teleprotection engineering, wherein teleprotection messages according to IEC 61850 are transmitted over a first and second substation communication network within a first and a second substation of an electric power network, respectively, and wherein teleprotection commands are transmitted over a teleprotection link between a first and a second teleprotection IED connected respectively to the first and second substation communication network , comprising - providing a link definition for the teleprotection link including, for each teleprotection command to be transmitted over the teleprotection link , a command application scheme, characterised in that said method further comprises - generating, by a single IED Capability Description, ICD, generation module and based on the provided link definition , a first ICD file (TP_IED_A.ICD) for a configuration of an IEC 61850 interface of the first teleprotection IED , and a second ICD file (TP_IED_B.ICD) for a configuration of an IEC 61850 interface of the second teleprotection IED . - providing a link definition for the teleprotection link including, for each teleprotection command to be transmitted over the teleprotection link , a command application scheme, characterised in that said method further comprises - generating, by a single IED Capability Description, ICD, generation module and based on the provided link definition , a first ICD file (TP_IED_A.ICD) for a configuration of an IEC 61850 interface of the first teleprotection IED , and a second ICD file (TP_IED_B.ICD) for a configuration of an IEC 61850 interface of the second teleprotection IED .
A method for demodulating received symbols using a turbo equalization loop for a single carrier system, the method comprises the steps of: - performing a discrete Fourier transform on the received symbols, - equalizing in the frequency domain the discrete Fourier transform received symbols in order to obtain equalized symbols, - executing an inverse discrete Fourier transform on the equalized symbols in order to obtain equalized symbols in the time domain, characterized in that the method further comprises the steps of: - executing a first subtracting step by subtracting, from equalized symbols in the time domain, non-linear interference, - de-mapping the output of the first subtracting step, - decoding the output of the de-mapping step, - executing a second subtracting step by subtracting, from the output of decoding step, the input of the decoding step, and the output of second subtracting step is provided to the equalization step, to the non-linear interference generation step, the non-linear interference being obtained by a Volterra series, the coefficients of which are determined from the equalized symbols in the time domain. - performing a discrete Fourier transform on the received symbols, - equalizing in the frequency domain the discrete Fourier transform received symbols in order to obtain equalized symbols, - executing an inverse discrete Fourier transform on the equalized symbols in order to obtain equalized symbols in the time domain, - executing a first subtracting step by subtracting, from equalized symbols in the time domain, non-linear interference, - de-mapping the output of the first subtracting step, - decoding the output of the de-mapping step, - executing a second subtracting step by subtracting, from the output of decoding step, the input of the decoding step,
A valve block , wherein the valve block has a cooperation portion and a notch portion ; the valve block further comprises at least one throttling portion , and at least one throttling orifice is defined in a passage formed by the at least one throttling portion ; wherein the valve block further comprises an upper body portion and a lower body portion ; the upper body portion and the lower body portion are formed by injection molding; the lower body portion is provided with the cooperation portion and the notch portion ; and the upper body portion and the lower body portion are provided with the at least one throttling portion ; characterized in that the valve block further comprises a plate-shaped portion made of a metal material and the at least one throttling orifice is defined therein. the valve block further comprises an upper body portion and a lower body portion ; the upper body portion and the lower body portion are formed by injection molding; the lower body portion is provided with the cooperation portion and the notch portion ; and the upper body portion and the lower body portion are provided with the at least one throttling portion ; characterized in that the valve block further comprises a plate-shaped portion made of a metal material and the at least one throttling orifice is defined therein.
A touch sensitive element , comprising: an electroactive layer which is formed of electroactive polymer and has a positive coefficient of thermal expansion; an electrode which is disposed on at least one surface of the electroactive layer ; and a hard coating layer which comprises a crystalized transparent ceramic material, is disposed to be in contact with the electroactive layer and the electrode , and has a negative coefficient of thermal expansion. an electroactive layer which is formed of electroactive polymer and has a positive coefficient of thermal expansion; an electrode which is disposed on at least one surface of the electroactive layer ; and a hard coating layer which comprises a crystalized transparent ceramic material, is disposed to be in contact with the electroactive layer and the electrode , and has a negative coefficient of thermal expansion.
A solvent for pesticides comprising: (a) an ether ester of Formula 1: wherein R 1 and R 2 are each independently one of an alkyl group having 1 to 4 carbon atoms or an aryl group, wherein R 3 is hydrogen, methyl, or ethyl, and wherein n is 1 to 6; and (b) a polar amide of Formula 2: R 4 -C(O)-NR 5 R 6 (Formula 2) wherein R 4 is an alkyl group having 1 to 4 carbon atoms, and wherein R 5 and R 6 are each independently an alkyl group having 1 to 3 carbon atoms. (a) an ether ester of Formula 1: wherein R 1 and R 2 are each independently one of an alkyl group having 1 to 4 carbon atoms or an aryl group, wherein R 3 is hydrogen, methyl, or ethyl, and wherein n is 1 to 6; and (b) a polar amide of Formula 2: R 4 -C(O)-NR 5 R 6 (Formula 2) wherein R 4 is an alkyl group having 1 to 4 carbon atoms, and wherein R 5 and R 6 are each independently an alkyl group having 1 to 3 carbon atoms.
A memory device (200; 320; 420; 620) comprising: a clock receiver (230; 421) configured to receive, from a memory controller (100; 610), a write clock (WCK) that is used to receive write data (DQ) during a data write operation; a duty monitor (220; 322; 425; 624) configured to generate first monitoring information (D_Info; D_Info_W) by monitoring a duty of the write clock (WCK); and a first duty adjuster (321; 422; DCA_1) configured to adjust the duty of the write clock (WCK) in response to a duty control signal (Ctrl; Ctrl W) and output an adjusted write clock, characterised in that the memory device (200; 320; 420; 620) provides the first monitoring information (D_Info; D_Info_W) to the memory controller (100; 310; 410; 610), and receives the duty control signal (Ctrl; Ctrl W), generated using the first monitoring information (D_Info; D_Info_W), from the memory controller (100; 310; 410; 610) ; the duty control signal (Ctrl; Ctrl W) being provided to the first duty adjuster, and the first duty adjuster selectively performing a duty adjust operation in response to the duty control signal received from the memory controller. a clock receiver (230; 421) configured to receive, from a memory controller (100; 610), a write clock (WCK) that is used to receive write data (DQ) during a data write operation; a duty monitor (220; 322; 425; 624) configured to generate first monitoring information (D_Info; D_Info_W) by monitoring a duty of the write clock (WCK); and a first duty adjuster (321; 422; DCA_1) configured to adjust the duty of the write clock (WCK) in response to a duty control signal (Ctrl; Ctrl W) and output an adjusted write clock, characterised in that the memory device (200; 320; 420; 620) provides the first monitoring information (D_Info; D_Info_W) to the memory controller (100; 310; 410; 610), and receives the duty control signal (Ctrl; Ctrl W), generated using the first monitoring information (D_Info; D_Info_W), from the memory controller (100; 310; 410; 610) ; the duty control signal (Ctrl; Ctrl W) being provided to the first duty adjuster, and the first duty adjuster selectively performing a duty adjust operation in response to the duty control signal received from the memory controller.
An electrospindle comprising a motor for moving a tool and a mechanical transmission for transmitting the motion from said motor to the tool, said electrospindle comprising a gripping head of the tool and for coupling the latter to said mechanical transmission , said head comprising at least two flanges between which is gripped a portion of the tool, a first flange of said two flanges being pushed against a counterflange of said two flanges by at least one thrust nut so as to hold the tool in position, wherein said transmission has a free end threaded so as to receive said at least one thrust nut by screwing, said electrospindle being characterized by said thread of said free end of said transmission being double and comprising a first right-handed thread and a second left-handed thread.
An emulsion comprising an internal phase dispersed in a continuous external phase and cellulose filaments located at the interface of the internal phase and the external phase, wherein the emulsion comprises 50% in volume or more of the internal phase, wherein the cellulose filaments concentration is between 0.1-5 wt%, and wherein the cellulose filaments are inhomogeneous in mass and dimension, wherein the inhomogeneous cellulose filaments comprises fibrils that are smaller than fibrous fragments, the inhomogeneous cellulose filaments being from bleached or unbleached cellulose pulp fibers on which mechanical forces characterized by a combination of shearing, tensile and radial compressive forces are applied to obtain the cellulose filaments, wherein the internal phase comprises oil and the external phase comprises water.
A guide cover opening-closing mechanism in vehicles having sliding door , comprising a cover which can be opened and closed and fixed to the vehicle body by means of hinge and which provides hiding of guides provided at the outer side of the vehicle, the sliding door provides opening of said cover when the sliding door is opened and the sliding door provides closing of said cover when the sliding door is closed by means of a drive of a roller mechanism which carries the sliding door on the guides fixed to the vehicle body and the guide cover opening-closing mechanism is fixed to an end of the guide at a point which is close to the closing region of the door, characterized by comprising: an inner chamber which permits movement of the pieces providing opening and closing of the guide cover inside an_outer chamber , a movement pin which is driven by a drive piece fixed onto the roller mechanism and the movement pin transfers said drive to a movable bearing , the movable bearing connected to the movement pin and the movable bearing is movable without rotating inside the inner chamber , a spring which is in contact with the movable bearing , the movable bearing which begins movement inside the inner chamber by means of driving of the movement pin , an outer chamber cover connected to the outer chamber for preventing removal of the inner chamber from the outer chamber . an inner chamber which permits movement of the pieces providing opening and closing of the guide cover inside an_outer chamber , a movement pin which is driven by a drive piece fixed onto the roller mechanism and the movement pin transfers said drive to a movable bearing , the movable bearing connected to the movement pin and the movable bearing is movable without rotating inside the inner chamber , a spring which is in contact with the movable bearing , the movable bearing which begins movement inside the inner chamber by means of driving of the movement pin , an outer chamber cover connected to the outer chamber for preventing removal of the inner chamber from the outer chamber .
Blood sampling device that comprises: [a] a needle holder having a tubular portion suitable for supporting a hypodermic needle having a connection base , said needle holder comprising a conduit with an inlet and an outlet, where said inlet comprises said tubular portion , [b] a sample holder tube support member and [c] a flexible tube having a first end in fluid communication with said needle holder and a second end in fluid communication with said support member , where the support member comprises a cylindrical upper portion having a connector in the interior thereof, and said connector comprises an end portion suitable for connection in fluid communication with said tubular portion , characterized in that [d] said needle holder comprises an abutment surface and lever means suitable for separating the needle from the needle holder, said lever means comprising a lever having a first end suitable for being moved with a finger and a second end disposed between said connection base and said abutment surface , where said needle holder comprises a flattened tab to be held between two fingers and extending from one of the two sides of the conduit, where said flattened tab comprises said abutment surface , and where said lever means are integrally attached to said needle holder, [e] said connector of the support member has an end portion which is suitable for engaging in the interior of the tubular portion , [f] said support member comprises at least two semi-cylindrical walls extending from the cylindrical upper portion, mutually separated by lateral openings , [g] said lever comprises a groove , where said groove is able to frictionally slide on the side edge of the semi-cylindrical walls . [d] said needle holder comprises an abutment surface and lever means suitable for separating the needle from the needle holder, said lever means comprising a lever having a first end suitable for being moved with a finger and a second end disposed between said connection base and said abutment surface , where said needle holder comprises a flattened tab to be held between two fingers and extending from one of the two sides of the conduit, where said flattened tab comprises said abutment surface , and where said lever means are integrally attached to said needle holder, [e] said connector of the support member has an end portion which is suitable for engaging in the interior of the tubular portion , [f] said support member comprises at least two semi-cylindrical walls extending from the cylindrical upper portion, mutually separated by lateral openings , [g] said lever comprises a groove , where said groove is able to frictionally slide on the side edge of the semi-cylindrical walls .