mhurhangee/ep-ind-claims huggingface dataset:
An ostomy device (10, 100, 210, 310) comprising: a proximal side configured for attachment to a user; a distal side opposite to the proximal side; and a leakage detection sensor (11, 114) comprising electrically conductive circuitry supported on a support layer, wherein the leakage detection sensor (11, 114) is configured to detect ostomy effluent based on the electrically conductive circuitry detecting a change in resistance, characterized in that the leakage detection sensor (11, 114) comprises a plurality of resistance sensors (140, 142, 144, 146, 148, 150, 152, 154) arranged in at least two different quadrants (160, 162, 164, 166) of a ring-shaped body and is configured to track a progress of an ostomy effluent leak, wherein the ostomy device is an ostomy accessory configured for attachment to an ostomy appliance, wherein the ostomy appliance includes a barrier having an adhesive material, and an ostomy pouch is coupled to the barrier. a proximal side configured for attachment to a user; a distal side opposite to the proximal side; and a leakage detection sensor (11, 114) comprising electrically conductive circuitry supported on a support layer, wherein the leakage detection sensor (11, 114) is configured to detect ostomy effluent based on the electrically conductive circuitry detecting a change in resistance, characterized in that the leakage detection sensor (11, 114) comprises a plurality of resistance sensors (140, 142, 144, 146, 148, 150, 152, 154) arranged in at least two different quadrants (160, 162, 164, 166) of a ring-shaped body and is configured to track a progress of an ostomy effluent leak, wherein the ostomy device is an ostomy accessory configured for attachment to an ostomy appliance, wherein the ostomy appliance includes a barrier having an adhesive material, and an ostomy pouch is coupled to the barrier.
An ultrasound imaging system, comprising: an interface (118, 120, 136) coupled to an ultrasound imaging component (112, 114) and configured to receive a plurality of image data frames (310 F -310 F) representative of a target tissue; and a processing component (116, 134) in communication with the interface and configured to determine a delay profile for the ultrasound imaging component in relation to the target tissue based on the plurality of image data frames; characterized in that the processing component is also configured to determine a phase aberration correction configuration for a sequence of one or more shear wave pulses (304a-304c) based on the delay profile, the sequence of one or more shear wave pulses associated with the ultrasound imaging component and a stiffness measure of the target tissue. an interface (118, 120, 136) coupled to an ultrasound imaging component (112, 114) and configured to receive a plurality of image data frames (310 F -310 F) representative of a target tissue; and a processing component (116, 134) in communication with the interface and configured to determine a delay profile for the ultrasound imaging component in relation to the target tissue based on the plurality of image data frames; characterized in that the processing component is also configured to determine a phase aberration correction configuration for a sequence of one or more shear wave pulses (304a-304c) based on the delay profile, the sequence of one or more shear wave pulses associated with the ultrasound imaging component and a stiffness measure of the target tissue.
Laundry dryer, especially of the condensation type, comprising a housing in which a chamber for receiving laundry is arranged, said dryer further comprising a removable tank for containing a liquid to be circulated within the dryer, said tank is built as a drawer which is arranged in a drawer housing arranged in said housing, said tank comprising a handle with a graspable portion for a user, said tank comprises recesses (52, 58, 80, 82) for receiving at least partly a user's hand, characterized in that said recesses (52, 58, 80, 82) are provided with friction means that are configured to provide friction at least partially between said recesses (52, 58, 80, 82) and said user's hand, and in that two columns (86, 88) are provided, said columns (86, 88) are hollow cavities protruding within the tank as to form a column-like structure in the tank volume such that a liquid contained in the tank is slowly driven towards an opening when the tank is emptied and to prevent collapsing of upper and lower surfaces of the tank when handled in a state filled with water.
An Ethernet switch for routing Ethernet data packets, the switch comprising: a data ingress port; a plurality of data egress ports; network fabric connecting the data ingress port with the data egress ports, and comprising a plurality of interconnected switching elements; an encapsulator connected for reception of an incoming data packet from the ingress port, and operable to generate an internal data packet comprising a header portion and a payload portion, the header portion including routing information relating to a route through the interconnected switching elements, and derived from routing information of an incoming data packet, and the payload portion comprising that incoming data packet, wherein the encapsulator is also operable to determine whether the routing information of the incoming data packet relates to a link aggregation group having multiple links associated therewith, and, if so, to generate link aggregation group information including a network route value for inclusion in the header of the internal data packet, wherein a distribution value is used for determining selection of one of the links associated with the link aggregation group for routing of the data packet concerned, and wherein each switching element of the network fabric includes storage means operable to store output information indicative of an output route from the switching element concerned, the switching element being operable to access stored output information in dependence upon received link aggregation group information characterised in that the encapsulator is further operable to determine a link aggregation group algorithm from the routing information of an incoming data packet, and to use the selected link aggregation group algorithm to determine the distribution value and to add the distribution value to the header of the internal data packet, the distribution value providing a preferred distribution across the egress ports used to form the link aggregation group. a data ingress port; a plurality of data egress ports; network fabric connecting the data ingress port with the data egress ports, and comprising a plurality of interconnected switching elements; an encapsulator connected for reception of an incoming data packet from the ingress port, and operable to generate an internal data packet comprising a header portion and a payload portion, the header portion including routing information relating to a route through the interconnected switching elements, and derived from routing information of an incoming data packet, and the payload portion comprising that incoming data packet,
A lift system comprising: a rail; a carriage assembly comprising a seat or platform for supporting a person to be conveyed along the rail; drive means coupled to the carriage assembly and adapted to engage the rail and drive the carriage assembly along the rail; and levelling means operable to adjust an orientation of the carriage assembly with respect to the rail, the carriage assembly further comprising: an accelerometer arranged to provide an output signal indicative of an inclination of the seat or platform with respect to a horizontal plane; and control means arranged to receive said output signal and adapted to control the levelling means in response to the output signal to adjust said orientation to maintain the inclination of the seat or platform substantially at a predetermined value or within a predetermined range as the carriage is conveyed along the rail, wherein the levelling means comprises a levelling motor operable to adjust said orientation, the control means is arranged to use the accelerometer output signal to generate a controller output signal, and to supply said controller output signal to the levelling motor to control said motor, characterised in that the control means is arranged to sample the accelerometer output signal to yield a plurality of sampled values, and wherein the control means is arranged to generate a plurality of average values from the sampled values, each average value being a value obtained by averaging a respective plurality of the sampled values, the control means being arranged to use the average values to generate the controller output signal. a rail; a carriage assembly comprising a seat or platform for supporting a person to be conveyed along the rail; drive means coupled to the carriage assembly and adapted to engage the rail and drive the carriage assembly along the rail; and levelling means operable to adjust an orientation of the carriage assembly with respect to the rail, the carriage assembly further comprising: an accelerometer arranged to provide an output signal indicative of an inclination of the seat or platform with respect to a horizontal plane; and control means arranged to receive said output signal and adapted to control the levelling means in response to the output signal to adjust said orientation to maintain the inclination of the seat or platform substantially at a predetermined value or within a predetermined range as the carriage is conveyed along the rail, an accelerometer arranged to provide an output signal indicative of an inclination of the seat or platform with respect to a horizontal plane; and control means arranged to receive said output signal and adapted to control the levelling means in response to the output signal to adjust said orientation to maintain the inclination of the seat or platform substantially at a predetermined value or within a predetermined range as the carriage is conveyed along the rail,
A vibrating demolition apparatus comprising a frame which can be associated with the movable arm of an excavator, a unidirectional vibrating assembly adapted to impart an alternating translational motion along a work axis, related retention means interposed between said frame and said vibrating assembly, and at least one work tool which is associated with said vibrating assembly and protrudes from said frame along said work axis, wherein said retention means comprise at least one first connecting assembly adapted to allow an alternating translational motion in a direction that is substantially parallel to said work axis and to hinder translations along directions that are incident to said work axis characterized in that said at least one first connecting assembly comprises at least one sliding guide arranged substantially parallel to said work axis and a movable element associated with alternating sliding along said at least one sliding guide.
Headbox for a paper or cardboard machine having at least one first feed means for fibrous stock suspension into a guide device which is connected to a nozzle chamber, from which the fibrous stock suspension exits via an orifice, and having a metering apparatus for metering in at least one additive, the headbox being a multilayer headbox with at least one first and one second layer, at least the first layer of the headbox comprising a fibrous stock suspension and the second layer of the headbox comprising substantially white water, the white water being fed via a second feed means to the guide device, the first and the second layer (8, 12) being guided separately at least in the guide device, the metering apparatus being arranged and configured in such a way that the additive is fed substantially to the second layer, characterized in that a turbulence generator is provided only in the region of the flowing first layer and no turbulence generator being introduced into the flow path of the second layer and the at least one additive being configured as a multiple-component system, the metering taking place by means of the metering apparatus in a distributed manner from an inlet into a respective second feed means as far as an outlet of the nozzle chamber, and the metering therefore taking place at a location, at which no greater pressure drop and/or no greater turbulence in the sense of the conservation of the effect of the additive occur/occurs in the second layer downstream, and in that the additive is a paper chemical, in particular a retention agent.
A dial plate for a watch provided with a display panel substrate arranged on a visible side, the display panel substrate comprising at least one reflective polarizing plate (11; 21; 31; 41; 51; 61; 71; 16; 18; 28; 11A; 11B) and at least one light transmitting substrate (16A; 26; 36; 46; 56; 66), wherein the reflective polarizing plate is disposed on the side of the light transmitting substrate opposite to a visible side, or wherein the light transmitting substrate is disposed on the side of the reflective polarizing plate opposite to a visible side characterised by a visible pattern (13; 23; 33; 43; 53; 63; 73; 83) in a concave and convex shape formed on at least one surface of the reflective polarizing plate.
A splint for supporting a user's planter fascia, comprising: a flexible semi-rigid frame having a top side and an under side, the frame forming a proximal surface that extends vertically along a user's shin and upper ankle and a distal surface that extends along the top of the user's foot; a soft housing that attaches the frame to the user's lower leg and fits under the user's foot, a first receptacle in the proximal surface for engaging a strap and a second receptacle in the distal surface for engaging a strap; characterised in that the splint further comprises; an adjustable, inelastic tightening strap that engages the first and second receptacles, and that, upon tightening, pulls the distal surface toward the proximal surface into a fixed position to stretch the user's plantar fascia. a flexible semi-rigid frame having a top side and an under side, the frame forming a proximal surface that extends vertically along a user's shin and upper ankle and a distal surface that extends along the top of the user's foot; a soft housing that attaches the frame to the user's lower leg and fits under the user's foot, a first receptacle in the proximal surface for engaging a strap and a second receptacle in the distal surface for engaging a strap; characterised in that the splint further comprises; an adjustable, inelastic tightening strap that engages the first and second receptacles, and that, upon tightening, pulls the distal surface toward the proximal surface into a fixed position to stretch the user's plantar fascia.
Method for operating a pressure tank device comprising a pressure tank, a high-pressure inlet to the pressure tank and a low-pressure outlet from the pressure tank, and a control unit, wherein at least one electromechanical shut-off valve, having a shut-off valve closure body and a shut-off valve seat, is arranged in the low-pressure outlet, wherein the shut-off valve is actuated in an opening direction by a first magnet coil during an extraction operation, characterized in that, at least at the beginning of a process for filling the pressure tank device via the high-pressure inlet, the shut-off valve closure body applies a larger pressure force to the shut-off valve seat than during a rest operation of the pressure tank device, in which rest operation no medium is extracted from the pressure tank and the pressure tank is not filled, wherein, for the application of the larger pressure force of the shut-off valve closure body to the shut-off valve seat, the shut-off valve is, by means of the control unit, actuated in a closing direction by the first magnet coil or a second magnet coil.
Self-propelled forage harvester comprising a pivotable discharge chute for conveying crops that have been picked up and processed into a transport container of a transport vehicle, the signals generated by an electro-optical apparatus associated with the discharge chute being transmitted to an electronic analysis and control device for automatically guiding the crop stream into the transport container in a targeted manner, and the electro-optical apparatus being designed as a 3D laser scanner that is composed of a 2D scanner and a pivot unit, by means of which the 2D scanner can be pivoted about an at least approximately horizontal shaft, the 3D scanner being designed, in a first operating phase, to scan a maximum detection range for detecting objects to be scanned, characterised in that the detection range of the 3D laser scanner is narrowed in a second operating phase.
Method for controlling the functioning of a twin internal combustion engine in a vehicle, especially a firefighting vehicle, each engine being equipped with automatic transmission, suitable to transfer the torque generated at a torque distributor, comprising: a first clutch suitable to connect a first engine unit of said twin internal combustion engine to a delivery pump of a liquid; a second clutch suitable to connect said first engine unit to the traction system of the vehicle; a third clutch suitable to connect a second engine unit of said twin internal combustion engine to the traction system of the vehicle, characterized in that: said control has an activation step or a deactivation step of said delivery pump of a liquid, by closing or opening said first clutch at a vehicle speed lower than a threshold higher than zero, and in a condition of decelerating vehicle, with the simultaneous opening or closing of said second clutch, and if said conditions are verified within an interval of time from an activation or a deactivation request. said control has an activation step or a deactivation step of said delivery pump of a liquid, by closing or opening said first clutch at a vehicle speed lower than a threshold higher than zero, and in a condition of decelerating vehicle, with the simultaneous opening or closing of said second clutch, and if said conditions are verified within an interval of time from an activation or a deactivation request.
An actuating assembly for moving an operative member of a glassware forming machine, the assembly comprising a connecting frame adapted to be fixed to a supporting structure of the machine; a shaft for supporting the operative member and coupled to the connecting frame so as to translate and rotate about a fixed axis thereof; a pneumatic jack for displacing said shaft along said axis and comprising a rod (28,29) connected to said shaft and a piston; a cam and tappet device for rotating the shaft in opposite directions about said axis; and hydraulic means for stabilizing the motion of said supporting shaft; characterized in that said rod (28,29) comprises at least one hollow portion, and in that said stabilizing hydraulic means are housed in said hollow portion.
A three-dimensional data encoding method, comprising: generating predicted position information using position information on three-dimensional points included in three-dimensional reference data associated with a time different from a time associated with current three-dimensional data, wherein the position information is represented using an octree structure; wherein in the generating of the predicted position information, the predicted position information is generated by applying (i) a first process being one or two of rotation, translation, and scaling to a first space subunit including the position information on the three-dimensional points included in the three-dimensional reference data, and (ii) a second process being the one or two of rotation, translation, and scaling to a second space subunit including the position information on the three-dimensional points obtained through the first process, wherein the first space subunit is divided into a plurality of space subunits including the second space subunit being smaller than the first space subunit; and encoding position information on three-dimensional points included in the current three-dimensional data, using the predicted position information. generating predicted position information using position information on three-dimensional points included in three-dimensional reference data associated with a time different from a time associated with current three-dimensional data, wherein the position information is represented using an octree structure; wherein in the generating of the predicted position information, the predicted position information is generated by applying (i) a first process being one or two of rotation, translation, and scaling to a first space subunit including the position information on the three-dimensional points included in the three-dimensional reference data, and (ii) a second process being the one or two of rotation, translation, and scaling to a second space subunit including the position information on the three-dimensional points obtained through the first process, wherein the first space subunit is divided into a plurality of space subunits including the second space subunit being smaller than the first space subunit; and (i) a first process being one or two of rotation, translation, and scaling to a first space subunit including the position information on the three-dimensional points included in the three-dimensional reference data, and (ii) a second process being the one or two of rotation, translation, and scaling to a second space subunit including the position information on the three-dimensional points obtained through the first process, wherein the first space subunit is divided into a plurality of space subunits including the second space subunit being smaller than the first space subunit; and encoding position information on three-dimensional points included in the current three-dimensional data, using the predicted position information.