mhurhangee/ep-ind-claims huggingface dataset:
An injector (100; 300; 400) comprising: an injector body (102; 302) with opposed inlet and outlet ends with a liquid flow circuit passing through the injector body from the inlet end to the outlet end, wherein an inner air circuit is defined through the injector body along a longitudinal axis; and a swirler (112; 312; 412) mounted to the injector body having a swirler body with opposed inlet and outlet ends with a swirler wall extending within the inner air circuit and extending between the opposed inlet and outlet ends along a longitudinal axis, the inlet end of the swirler body defining an inlet opening, wherein a plurality of swirl slots (120; 320) are defined through a portion of the swirler wall that converges toward the longitudinal axis in a direction from the inlet opening toward the outlet end of the swirler body, wherein the only flow path through the swirler wall is through the swirl slots, and wherein the swirl slots are radially off-set with respect to the longitudinal axis for imparting swirl on a flow passing from the inlet opening, through the swirl slots, and past the outlet end of the swirler body. an injector body (102; 302) with opposed inlet and outlet ends with a liquid flow circuit passing through the injector body from the inlet end to the outlet end, wherein an inner air circuit is defined through the injector body along a longitudinal axis; and a swirler (112; 312; 412) mounted to the injector body having a swirler body with opposed inlet and outlet ends with a swirler wall extending within the inner air circuit and extending between the opposed inlet and outlet ends along a longitudinal axis, the inlet end of the swirler body defining an inlet opening, wherein a plurality of swirl slots (120; 320) are defined through a portion of the swirler wall that converges toward the longitudinal axis in a direction from the inlet opening toward the outlet end of the swirler body, wherein the only flow path through the swirler wall is through the swirl slots, and wherein the swirl slots are radially off-set with respect to the longitudinal axis for imparting swirl on a flow passing from the inlet opening, through the swirl slots, and past the outlet end of the swirler body.
Protection device (102, 202, 306, 402) for an effector (100, 200, 304) of a manipulator, wherein the protection device (102, 202, 306, 402) comprises a flexible sleeve (104, 204, 308, 406) and the sleeve (104, 204, 308, 406) delimits a fillable and/or evacuable pressure chamber, characterised in that the protection device (102, 202, 306, 402) comprises at least one first pulling means (106, 206) for pulling back the sleeve (104, 204, 308, 406) and at least one actuator for applying a pulling force to the at least one pulling means.
A hammer drill comprising: an outer housing for gripping by a user; a motor in the outer housing; a transmission mechanism for actuating a working member of the hammer drill in response to rotation of an output shaft of the motor; and a transmission housing comprising a pair of housing portions (421a, 421b) adapted to engage each other to support the transmission mechanism inside the outer housing, characterised in that an interface between said housing portions is substantially vertical when the hammer drill is in an upright position. an outer housing for gripping by a user; a motor in the outer housing; a transmission mechanism for actuating a working member of the hammer drill in response to rotation of an output shaft of the motor; and a transmission housing comprising a pair of housing portions (421a, 421b) adapted to engage each other to support the transmission mechanism inside the outer housing, characterised in that an interface between said housing portions is substantially vertical when the hammer drill is in an upright position.
Clutch device having: - an inner disc carrier and an outer disc carrier which are mounted such that they can be rotated about a rotational axis; - a first friction element which is fastened in a torque-locking and axially displaceable manner to the inner disc carrier; - a second friction element which is fastened in a torque-locking and axially displaceable manner to the outer disc carrier; - an actuating device for providing an axial contact pressure onto the friction elements (125, 130), in order to transmit a torque between the inner disc carrier and the outer disc carrier; - a spring element which extends helically about the rotational axis, for boosting the axial contact pressure in a manner which is dependent on a torque which is transmitted between the inner disc carrier and the outer disc carrier, characterized in that - the contact pressure is boosted if the spring element is subjected to a tensile load along its extent. - an inner disc carrier and an outer disc carrier which are mounted such that they can be rotated about a rotational axis; - a first friction element which is fastened in a torque-locking and axially displaceable manner to the inner disc carrier; - a second friction element which is fastened in a torque-locking and axially displaceable manner to the outer disc carrier; - an actuating device for providing an axial contact pressure onto the friction elements (125, 130), in order to transmit a torque between the inner disc carrier and the outer disc carrier; - a spring element which extends helically about the rotational axis, for boosting the axial contact pressure in a manner which is dependent on a torque which is transmitted between the inner disc carrier and the outer disc carrier, - the contact pressure is boosted if the spring element is subjected to a tensile load along its extent.
An apparatus comprising: at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following: receive a user electronic-scribed handwritten input; determine one or more input manner characteristics of the user electronic-scribed handwritten input; cause handwriting recognition to be performed on the user electronic-scribed handwritten input to convert it into electronic text; based on the one or more determined input manner characteristics of the user electronic-scribed handwritten input, associate the electronic text with a function to be performed using the electronic text. at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following: receive a user electronic-scribed handwritten input; determine one or more input manner characteristics of the user electronic-scribed handwritten input; cause handwriting recognition to be performed on the user electronic-scribed handwritten input to convert it into electronic text; based on the one or more determined input manner characteristics of the user electronic-scribed handwritten input, associate the electronic text with a function to be performed using the electronic text. receive a user electronic-scribed handwritten input; determine one or more input manner characteristics of the user electronic-scribed handwritten input; cause handwriting recognition to be performed on the user electronic-scribed handwritten input to convert it into electronic text; based on the one or more determined input manner characteristics of the user electronic-scribed handwritten input, associate the electronic text with a function to be performed using the electronic text.
Household electrical appliance including an iron and a portable base comprising a stand for receiving the iron, the iron including a soleplate underlying a body comprising a cantilevered-out portion extending behind the soleplate, the base including locking means for holding the iron stationary on the stand and enabling the appliance as a whole to be transported by a handle of the iron, the locking means comprising a locking element mounted to be movable between a retracted position in which the iron can be extracted from the base, and a locking position in which the moving locking element comes to hold the front portion of the iron stationary on the base, said household electrical appliance being characterized in that said locking means comprise a stationary projection extending longitudinally towards the centre of the stand, from a raised rim of the stand, the projection coming to be inserted into a cavity of complementary shape provided in a lower face of the cantilevered-out portion of the body of the iron that extends behind the soleplate, the projection being masked by the iron when the iron is standing on the stand of the base, engagement of the projection in the cavity preventing the rear portion of the iron from being lifted relative to the stand.
A cardiac stimulation device, comprising: an cylindrical body comprising a distal end; a fixation member extending distally from the distal end of the cylindrical body and being configured to pierce into a septal wall of a patient's heart and to secure the device to the septal wall; a first cathode electrode formed on the fixation member; a second cathode electrode formed on the distal end of the cylindrical body, wherein an entirety of the second cathode electrode extends within an inner perimeter of the fixation member, or the entirety of second cathode electrode extends around an outer perimeter of the fixation member; and a pulse generator coupled to the first and second cathode electrodes and configured to deliver cardiac pacing pulses thereto; the device further comprising: an elongate lead body comprising a distal end, a proximal terminal connector and an assembly of insulated conductors (22; 24) extending therebetween, wherein the fixation member extends distally from the distal end of the lead body; the device further comprising: a third cathode electrode mounted around the lead body and an anode electrode mounted around the lead body and being located proximal to the first, second and third cathode electrodes. an cylindrical body comprising a distal end; a fixation member extending distally from the distal end of the cylindrical body and being configured to pierce into a septal wall of a patient's heart and to secure the device to the septal wall; a first cathode electrode formed on the fixation member; a second cathode electrode formed on the distal end of the cylindrical body, wherein an entirety of the second cathode electrode extends within an inner perimeter of the fixation member, or the entirety of second cathode electrode extends around an outer perimeter of the fixation member; and a pulse generator coupled to the first and second cathode electrodes and configured to deliver cardiac pacing pulses thereto; the device further comprising: an elongate lead body comprising a distal end, a proximal terminal connector and an assembly of insulated conductors (22; 24) extending therebetween, wherein the fixation member extends distally from the distal end of the lead body; the device further comprising: a third cathode electrode mounted around the lead body and an anode electrode mounted around the lead body and being located proximal to the first, second and third cathode electrodes.
Method of producing milk-air mixtures, particularly milk foam, comprising the following steps: a) conveying milk in a milk duct by means of a milk pump and simultaneous suction of air through an air duct (10, 13, 14), wherein at least one throttle is used for changing the inducted quantity of air, b) mixing milk and air in a first mixing chamber for producing an air-milk emulsion, and c) optionally adding steam to the air-milk emulsion for heating the air-milk emulsion (preferably according to step b)) when a warm milk foam is to be produced, characterised in that d) use is made in step a) of a throttle which with respect to the size of its opening cross-section is constructed to be settable steplessly by means of an electric motor, e) the conveying and pumping quantity of the milk pump is controlled and thereby the inducted air quantity is additionally variable and f) the opening cross-section is set once each time in dependence on the produced milk-air mixture before it is produced. a) conveying milk in a milk duct by means of a milk pump and simultaneous suction of air through an air duct (10, 13, 14), wherein at least one throttle is used for changing the inducted quantity of air, b) mixing milk and air in a first mixing chamber for producing an air-milk emulsion, and c) optionally adding steam to the air-milk emulsion for heating the air-milk emulsion (preferably according to step b)) when a warm milk foam is to be produced, d) use is made in step a) of a throttle which with respect to the size of its opening cross-section is constructed to be settable steplessly by means of an electric motor, e) the conveying and pumping quantity of the milk pump is controlled and thereby the inducted air quantity is additionally variable and f) the opening cross-section is set once each time in dependence on the produced milk-air mixture before it is produced.
A process for reducing an amount of intact phospholipids in a triacylglyceride oil, comprising incubating the oil with a polypeptide having phospholipase A1 activity, wherein the polypeptide comprises a polypeptide having at least 80% identity to the mature amino acid sequence of SEQ ID NO: 1.
A system comprising: a scroll compressor having a scroll compression mechanism; and a controller configured to: receive an actual discharge temperature of the scroll compressor, characterized in that the controller is further configured to: determine a predicted discharge temperature of the scroll compressor; compare the predicted discharge temperature with the actual discharge temperature, compare a speed of the scroll compressor with a speed threshold, detect (418, 420) unloading of the scroll compression mechanism based on the comparison of the predicted discharge temperature with the actual discharge temperature and based on the comparison of the speed of the scroll compressor with the speed threshold, and perform (418, 420) at least one of generating an alert and a remediating action in response to detecting the unloading of the scroll compression mechanism. a scroll compressor having a scroll compression mechanism; and a controller configured to: receive an actual discharge temperature of the scroll compressor, characterized in that the controller is further configured to: determine a predicted discharge temperature of the scroll compressor; compare the predicted discharge temperature with the actual discharge temperature, compare a speed of the scroll compressor with a speed threshold, detect (418, 420) unloading of the scroll compression mechanism based on the comparison of the predicted discharge temperature with the actual discharge temperature and based on the comparison of the speed of the scroll compressor with the speed threshold, and perform (418, 420) at least one of generating an alert and a remediating action in response to detecting the unloading of the scroll compression mechanism.
A moisture management cover and an occupant support article, the occupant support article having an occupant support side and the cover being cooperable with the occupant support article so that the occupant support side and an opposing portion of the cover define a fluid flowpath, the cover including a wicking layer characterized in that it has discrete first and second wick rate regions (62, 64), having first and second wick rates respectively, the second wick rate region having a higher moisture wick rate than that of the first wick rate region, wherein the second wick rate comprises longitudinal and lateral wick rates at least the lateral one of which is greater than the first wick rate and the lateral wick rate exceeds the longitudinal wick rate.
A smoke detector, comprising: an interior chamber; a light source arranged within the smoke detector to emit light into the interior chamber; an electro-optical light receiver arranged within the smoke detector to receive direct and/or indirect light from the light source, wherein at least one of the light source and the electro-optical light receiver is arranged external to the interior chamber, and wherein the electro-optical light receiver is configured to only convert a particular range of light to photocurrent and/or wherein the light source is configured to only emit light in the particular range of light; an external housing encompassing the interior chamber, the light source and the electro-optical light receiver; electrical connectors in electrical communication with the electro-optical light receiver, wherein the electrical connectors extend out beyond the external housing; and a shield arranged exterior to the external housing, wherein the shield surrounds a space within the smoke detector between the interior chamber and a connection side of the external housing, wherein the shield further spans at least a portion of the connection side of the external housing, wherein the shield comprises openings which the electrical connectors extend through, wherein the shield at least partially surrounds the light source or the electro-optical light receiver that is arranged external to the interior chamber, and wherein the shield comprises a material which attenuates a majority amount of light within the particular range of light. an interior chamber; a light source arranged within the smoke detector to emit light into the interior chamber; an electro-optical light receiver arranged within the smoke detector to receive direct and/or indirect light from the light source, wherein at least one of the light source and the electro-optical light receiver is arranged external to the interior chamber, and wherein the electro-optical light receiver is configured to only convert a particular range of light to photocurrent and/or wherein the light source is configured to only emit light in the particular range of light; an external housing encompassing the interior chamber, the light source and the electro-optical light receiver; electrical connectors in electrical communication with the electro-optical light receiver, wherein the electrical connectors extend out beyond the external housing; and a shield arranged exterior to the external housing, wherein the shield surrounds a space within the smoke detector between the interior chamber and a connection side of the external housing, wherein the shield further spans at least a portion of the connection side of the external housing, wherein the shield comprises openings which the electrical connectors extend through, wherein the shield at least partially surrounds the light source or the electro-optical light receiver that is arranged external to the interior chamber, and wherein the shield comprises a material which attenuates a majority amount of light within the particular range of light.
A wireless localization method comprising: measuring, by a moving node, strength of at least one signal that is transmitted from at least one fixed node; estimating, by the moving node, a relative position of the moving node; generating, by the moving node, a change pattern of at least one signal strength according to relative changes in positions of the moving node over a plurality of time points from the measured at least one signal strength and the estimated relative position of the moving node; and estimating, by the moving node, an absolute position of the moving node, based on a comparison between the generated change pattern of the at least one signal strength and a map of a distribution pattern shape of signal strength in a region where the moving node is located, wherein the generating of the change pattern of the at least one signal strength generates the change pattern of the at least one signal strength by accumulating pattern data representing a pattern of at least one signal strength that is received from the at least one fixed node at the estimated relative position on pattern data for the same relative position which is estimated prior to estimation of the relative position. measuring, by a moving node, strength of at least one signal that is transmitted from at least one fixed node; estimating, by the moving node, a relative position of the moving node; generating, by the moving node, a change pattern of at least one signal strength according to relative changes in positions of the moving node over a plurality of time points from the measured at least one signal strength and the estimated relative position of the moving node; and estimating, by the moving node, an absolute position of the moving node, based on a comparison between the generated change pattern of the at least one signal strength and a map of a distribution pattern shape of signal strength in a region where the moving node is located, wherein the generating of the change pattern of the at least one signal strength generates the change pattern of the at least one signal strength by accumulating pattern data representing a pattern of at least one signal strength that is received from the at least one fixed node at the estimated relative position on pattern data for the same relative position which is estimated prior to estimation of the relative position.