mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic device comprising: a) an annular body having a top surface, a bottom surface, an inner surface defining an aperture, and a substantially concave wall extending downward from the bottom surface to a base, the annular body comprising an input port and an output port disposed therein; b) an elastic collar fixedly attached to the bottom surface of the annular body, the elastic collar comprising a flange disposed around the periphery thereof and a bottom surface fixedly attached to the base of the annular body, wherein the flange is configured to be mated to the bottom surface of the annular body; and c) a rigid substrate having a top surface, a bottom surface, and a tapered extension extending downward from the bottom surface, the rigid substrate comprising an inlet and an outlet disposed in the top surface and positioned in alignment with input port and output port of the annular body, wherein the bottom surface of the rigid substrate is fixedly attached to the top surface of the annular body and the tapered extension is sized and shaped to fit within the aperture, thereby forming a channel with the elastic collar between the input port and the output port. a) an annular body having a top surface, a bottom surface, an inner surface defining an aperture, and a substantially concave wall extending downward from the bottom surface to a base, the annular body comprising an input port and an output port disposed therein; b) an elastic collar fixedly attached to the bottom surface of the annular body, the elastic collar comprising a flange disposed around the periphery thereof and a bottom surface fixedly attached to the base of the annular body, wherein the flange is configured to be mated to the bottom surface of the annular body; and c) a rigid substrate having a top surface, a bottom surface, and a tapered extension extending downward from the bottom surface, the rigid substrate comprising an inlet and an outlet disposed in the top surface and positioned in alignment with input port and output port of the annular body, wherein the bottom surface of the rigid substrate is fixedly attached to the top surface of the annular body and the tapered extension is sized and shaped to fit within the aperture, thereby forming a channel with the elastic collar between the input port and the output port.
An indoor unit of an air conditioner comprising: a casing including an outlet through which air is blown into a room; a flap that is disposed so as to freely open and close the outlet and guides the air blown out through the outlet; and a front panel which, in a closed state, covers at least part of the casing and at least one end of the flap closing the outlet and an inlet through which air is taken into the casing, wherein the front panel includes a first panel portion that covers at least the one end of the flap and a second panel portion that covers the inlet, and the first panel portion and the second panel portion are integrated, and the casing includes a first casing surface in which the outlet is disposed, and a second casing surface in which the inlet is disposed and which forms a predetermined angle with respect to the first casing surface, and the first panel portion and the second panel portion are integrated at the predetermined angle so as to follow the first casing surface and the second casing surface in the closed state, wherein the front panel opens the outlet and the inlet as a result of the first panel portion moving along the first casing surface and the second panel portion moving away from the second casing surface. a casing including an outlet through which air is blown into a room; a flap that is disposed so as to freely open and close the outlet and guides the air blown out through the outlet; and a front panel which, in a closed state, covers at least part of the casing and at least one end of the flap closing the outlet and an inlet through which air is taken into the casing, wherein the front panel includes a first panel portion that covers at least the one end of the flap and a second panel portion that covers the inlet, and the first panel portion and the second panel portion are integrated, and the casing includes a first casing surface in which the outlet is disposed, and a second casing surface in which the inlet is disposed and which forms a predetermined angle with respect to the first casing surface, a first casing surface in which the outlet is disposed, and a second casing surface in which the inlet is disposed and which forms a predetermined angle with respect to the first casing surface, and the first panel portion and the second panel portion are integrated at the predetermined angle so as to follow the first casing surface and the second casing surface in the closed state, wherein the front panel opens the outlet and the inlet as a result of the first panel portion moving along the first casing surface and the second panel portion moving away from the second casing surface.
Tyre with a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers (41, 43) of reinforcing elements, crossed from one layer to the other making with the circumferential direction angles comprised between 10° and 45°, a layer of rubber compound being placed between at least the ends of the said at least two working crown layers (41, 43), a first layer of polymer compound being in contact with at least one working crown layer and in contact with the carcass reinforcement, the said first layer of polymer compound extending axially as far as at least the axial end of the tread, the said tread capping the crown reinforcement and being connected to two beads via two side walls, the crown reinforcement comprising at least one layer of circumferential reinforcing elements, characterized in that the elastic modulus under tension at 10% elongation of the layer is greater than 9 MPa, in that the maximum value of tan(δ), denoted tan(δ) max, of the layer is less than 0.100 and in that the complex dynamic shear modulus G*, measured at 10% and 60°C on the return cycle, of the said first layer of polymer compound is greater than 1.35 MPa.
A method, comprising: receiving, by a system level process of an operating system of a local computing device of a local user, a request to initiate a group session in an extended reality, XR, environment for the local user and a remote user, the XR environment including one or more of augmented reality, AR, content, mixed reality, MR, content, virtual reality, VR, content; establishing, for the group session by the system level process of the operating system of the local computing device and separately from a local instance of a first application, an out-of-process network connection with a system communication channel between the local computing device associated with the local user and a remote computing device associated with the remote user; receiving, at the system level process of the operating system of the local computing device, a system call from the local instance of a first application on the local computing device to transfer local data to a remote instance of the first application on the remote computing device via the out-of-process network connection; and transferring, by system level process of the operating system of the local computing device, the local data to the remote instance of the first application on the remote computing device via the out-of-process network connection and the system communication channel and separately from the local instance of the first application, wherein the local data comprises state data of the local instance of the first application for updating a state of the remote instance of the first application. receiving, by a system level process of an operating system of a local computing device of a local user, a request to initiate a group session in an extended reality, XR, environment for the local user and a remote user, the XR environment including one or more of augmented reality, AR, content, mixed reality, MR, content, virtual reality, VR, content; establishing, for the group session by the system level process of the operating system of the local computing device and separately from a local instance of a first application, an out-of-process network connection with a system communication channel between the local computing device associated with the local user and a remote computing device associated with the remote user; receiving, at the system level process of the operating system of the local computing device, a system call from the local instance of a first application on the local computing device to transfer local data to a remote instance of the first application on the remote computing device via the out-of-process network connection; and transferring, by system level process of the operating system of the local computing device, the local data to the remote instance of the first application on the remote computing device via the out-of-process network connection and the system communication channel and separately from the local instance of the first application, wherein the local data comprises state data of the local instance of the first application for updating a state of the remote instance of the first application.
An ejection device comprising: a discharge part configured to discharge a droplet to an object (NL, OB); a base; and a fixing mechanism configured to be disposed on the base and fixing the object (NL, OB); characterized in that the base is configured to make electrical grounding possible; wherein the fixing mechanism includes an electrically conductive material and is electrically connected with the base; and wherein the fixing mechanism is configured to comprise a support part disposed on the base, and a positioning part disposed on the support part and restricting movement of the object (NL, OB), and the support part and the positioning part are configured to be composed of an electrically conductive material. a discharge part configured to discharge a droplet to an object (NL, OB); a base; and a fixing mechanism configured to be disposed on the base and fixing the object (NL, OB); characterized in that the base is configured to make electrical grounding possible; wherein the fixing mechanism includes an electrically conductive material and is electrically connected with the base; and wherein the fixing mechanism is configured to comprise a support part disposed on the base, and a positioning part disposed on the support part and restricting movement of the object (NL, OB), and the support part and the positioning part are configured to be composed of an electrically conductive material.
A code reader for reading an optical code, comprising a line-shaped image sensor having a plurality of line arrangements (20a-d) of light receiving pixels for acquiring image data including the code, and a control and evaluation unit configured to find the code in the image data and to read out the code, wherein the light receiving pixels have a different spectral sensitivity, wherein at least one line arrangement (20a-d) is a white line whose receiving pixels are sensitive to white light for acquiring a gray scale image, and the other line arrangements (20a-d) are color lines whose receiving pixels are sensitive to light of only one respective color for acquiring a color image, wherein at least one color line is provided, characterized in that the at least one color line comprises light-receiving pixels that are each sensitive to one of two primary colors, and no light-receiving pixels that are sensitive to the third primary color.
An aircraft comprising a system installed on the aircraft, the system comprising: a memory storing static information in one or more optical fibre gratings; three signal sources (328a, 328b); electrical connectors; and, a replaceable unit comprising an interrogator, the interrogator comprising: a light source configured to transmit interrogation light to the memory; a receiver configured to receive light from the memory; and an analyser configured to analyse the light from the memory to obtain the static information, wherein the replaceable unit is removable from the system by breaking one or more optical connections between the memory and the interrogator; wherein the replaceable unit is a Remote Data Concentrator connected, via the electrical connectors, to the three signal sources (328a, 328b); and wherein the RDC is configured to acquire data from the signal sources (328a, 328b). a memory storing static information in one or more optical fibre gratings; three signal sources (328a, 328b); electrical connectors; and, a replaceable unit comprising an interrogator, the interrogator comprising: a light source configured to transmit interrogation light to the memory; a receiver configured to receive light from the memory; and an analyser configured to analyse the light from the memory to obtain the static information, wherein the replaceable unit is removable from the system by breaking one or more optical connections between the memory and the interrogator; wherein the replaceable unit is a Remote Data Concentrator connected, via the electrical connectors, to the three signal sources (328a, 328b); and wherein the RDC is configured to acquire data from the signal sources (328a, 328b).
An elevator system comprising: an elevator car adapted to move vertically within a hoistway, the elevator car defining a passenger compartment adapted to be occupied by at least one passenger; a pressure sensor configured to measure air pressure in the passenger compartment; a controller configured to control travel of the elevator car, receive a plurality of pressure signals from the pressure sensor indicative of changing air pressure in the passenger compartment over a prescribed time period, characterised in that the controller is configured to execute a preprogrammed application configured to adjust a current car velocity based on the changing air pressure and comparison to a preprogrammed ear pressure table; and in that the elevator system further comprises an occupancy sensor configured to determine if the elevator car is occupied and output an occupancy signal to the controller, wherein the preprogrammed application is not executed if the elevator car is not occupied. an elevator car adapted to move vertically within a hoistway, the elevator car defining a passenger compartment adapted to be occupied by at least one passenger; a pressure sensor configured to measure air pressure in the passenger compartment; a controller configured to control travel of the elevator car, receive a plurality of pressure signals from the pressure sensor indicative of changing air pressure in the passenger compartment over a prescribed time period, characterised in that the controller is configured to execute a preprogrammed application configured to adjust a current car velocity based on the changing air pressure and comparison to a preprogrammed ear pressure table; and in that the elevator system further comprises an occupancy sensor configured to determine if the elevator car is occupied and output an occupancy signal to the controller, wherein the preprogrammed application is not executed if the elevator car is not occupied.
Vehicle having an engine and a clutch provided in a torque transmission path, said clutch being controlled by a clutch controller comprising: an actuator for changing the degree of engagement between a drive-side member and a driven-side member of a clutch, the members (41, 42) being located downstream of an engine in a torque transmission path; an actual torque obtaining section for obtaining torque transmitted from the drive-side member to a downstream mechanism of the torque transmission path as actual transmission torque (Tac), the downstream mechanism including the driven-side member; a request torque obtaining section for obtaining torque determined based on an accelerator operation as request transmission torque (Treq); and a control unit, wherein the control unit is configured to perform a first control, under which the actuator is actuated based on a difference between the actual transmission torque (Tac) and the request transmission torque (Treq), such that the actual transmission torque (Tac) approximates the request transmission torque (Treq), and characterised in that, in an operation range in which engine torque (TEac) outputted from the engine increases as the engine speed increases, the control unit is configured to perform a second control, in place of the first control, under which the actuator is actuated such that an engine speed increases or decreases to a predetermined engine speed. an actuator for changing the degree of engagement between a drive-side member and a driven-side member of a clutch, the members (41, 42) being located downstream of an engine in a torque transmission path; an actual torque obtaining section for obtaining torque transmitted from the drive-side member to a downstream mechanism of the torque transmission path as actual transmission torque (Tac), the downstream mechanism including the driven-side member; a request torque obtaining section for obtaining torque determined based on an accelerator operation as request transmission torque (Treq); and a control unit, wherein the control unit is configured to perform a first control, under which the actuator is actuated based on a difference between the actual transmission torque (Tac) and the request transmission torque (Treq), such that the actual transmission torque (Tac) approximates the request transmission torque (Treq), and characterised in that, in an operation range in which engine torque (TEac) outputted from the engine increases as the engine speed increases, the control unit is configured to perform a second control, in place of the first control, under which the actuator is actuated such that an engine speed increases or decreases to a predetermined engine speed.
A computer-implemented method, comprising: receiving an anatomical map of at least a portion of a heart; receiving, for at least a region of the anatomical map, positions and respective bipolar intracardiac electrogram signals measured at the positions; identifying in the bipolar intracardiac EGM signals primary activations and secondary activations, wherein identifying the primary activations and the secondary activations in a bipolar intracardiac EGM signal among the bipolar intracardiac EGM signals comprises: (i) selecting a noise level for the bipolar intracardiac EGM signal; (ii) labeling local maxima of the bipolar intracardiac EGM signal, which are above the selected noise level, as activations; and (iii) for a given cardiac cycle, labeling an activation having a maximum absolute value as a primary activation, and labeling other activations as secondary activations; deriving a surface representation of the bipolar intracardiac EGM signals over the region, including the identified primary activations and secondary activations; and presenting the surface representation overlaid on the anatomical map. receiving an anatomical map of at least a portion of a heart; receiving, for at least a region of the anatomical map, positions and respective bipolar intracardiac electrogram signals measured at the positions; identifying in the bipolar intracardiac EGM signals primary activations and secondary activations, wherein identifying the primary activations and the secondary activations in a bipolar intracardiac EGM signal among the bipolar intracardiac EGM signals comprises: (i) selecting a noise level for the bipolar intracardiac EGM signal; (ii) labeling local maxima of the bipolar intracardiac EGM signal, which are above the selected noise level, as activations; and (iii) for a given cardiac cycle, labeling an activation having a maximum absolute value as a primary activation, and labeling other activations as secondary activations; (i) selecting a noise level for the bipolar intracardiac EGM signal; (ii) labeling local maxima of the bipolar intracardiac EGM signal, which are above the selected noise level, as activations; and (iii) for a given cardiac cycle, labeling an activation having a maximum absolute value as a primary activation, and labeling other activations as secondary activations; deriving a surface representation of the bipolar intracardiac EGM signals over the region, including the identified primary activations and secondary activations; and presenting the surface representation overlaid on the anatomical map.
A display module, comprising a display screen and a refracted light guide member, wherein the display screen comprises a first abutting edge, a second abutting edge, and a display body located between the first abutting edge and the second abutting edge, wherein the first abutting edge and the second abutting edge are located in space enclosed by the display body, the display body comprises a first curved display area and a second curved display area, wherein the first curved display area is connected to the first abutting edge, the second curved display area is connected to the second abutting edge, the first curved display area and the second curved display area form a groove, the refracted light guide member is fixed in the groove, and the refracted light guide member refracts light, emitted from the first curved display area and the second curved display area, onto a plane in which an opening of the groove is located, wherein the refracted light guide member comprises a first sub-refracted light guide member and a second sub-refracted light guide member, wherein the first sub-refracted light guide member is disposed opposite to the first curved display area, and light from the first curved display area is refracted onto the plane in which the opening of the groove is located; and the second sub-refracted light guide member is disposed opposite to the second curved display area, light from the second curved display area is refracted onto the plane in which the opening of the groove is located, and surfaces that are of the first sub-refracted light guide member and the second sub-refracted light guide member and that face the opening are coplanar with the plane in which the opening is located, wherein at least one of a surface of the first sub-refracted light guide member and a surface of the second sub-refracted light guide member that abut against each other is provided with a light shielding layer. wherein the refracted light guide member comprises a first sub-refracted light guide member and a second sub-refracted light guide member, wherein the first sub-refracted light guide member is disposed opposite to the first curved display area, and light from the first curved display area is refracted onto the plane in which the opening of the groove is located; and the second sub-refracted light guide member is disposed opposite to the second curved display area, light from the second curved display area is refracted onto the plane in which the opening of the groove is located, and surfaces that are of the first sub-refracted light guide member and the second sub-refracted light guide member and that face the opening are coplanar with the plane in which the opening is located, wherein at least one of a surface of the first sub-refracted light guide member and a surface of the second sub-refracted light guide member that abut against each other is provided with a light shielding layer.