mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for establishing peer-to-peer communications over a wireless communication network, comprising: a processing system configured to: receive a command to initiate a peer-to-peer communication; generate an infrared signal for transmission to a device (114a-114c), the infrared signal comprising a command to activate the device (114a-114c); and find the device (114a-114c) on the wireless communication network over a first preferred channel; an infrared transmitter configured to transmit the infrared signal to the device (114a-114c); and an antenna configured to participate in wireless communications on the wireless communication network, characterized in that the infrared communication comprises a command to set a wireless network connection of the device (114a-114c) to the first preferred channel based on one of the infrared signal and a default setting of the device, and in that the peer-to-peer connection with the device (114a-114c) over the wireless communication network is established based on the commands in the infrared signal. a processing system configured to: receive a command to initiate a peer-to-peer communication; generate an infrared signal for transmission to a device (114a-114c), the infrared signal comprising a command to activate the device (114a-114c); and find the device (114a-114c) on the wireless communication network over a first preferred channel; receive a command to initiate a peer-to-peer communication; generate an infrared signal for transmission to a device (114a-114c), the infrared signal comprising a command to activate the device (114a-114c); and find the device (114a-114c) on the wireless communication network over a first preferred channel; an infrared transmitter configured to transmit the infrared signal to the device (114a-114c); and an antenna configured to participate in wireless communications on the wireless communication network, characterized in that the infrared communication comprises a command to set a wireless network connection of the device (114a-114c) to the first preferred channel based on one of the infrared signal and a default setting of the device, and in that the peer-to-peer connection with the device (114a-114c) over the wireless communication network is established based on the commands in the infrared signal.
A check valve comprising: a valve housing defining an opening; and a plurality of flapper elements each having a proximal end and a distal end, the flapper elements being pivotally mounted to the valve housing at their proximal ends for pivotal movement between a closed position, in which they block the flow of fluid through the opening and an open position in which they permit the flow of fluid through the opening; wherein each flapper element is generally trapezoidal in shape such that the flapper elements create a generally frustoconical shape when in the closed position; the check valve further comprising a plug element mounted to the valve housing and spaced from the opening, the plug element engaging the distal ends of the flapper elements to close an opening formed at the distal ends of the flapper elements; characterised in that: an edge portion of one flapper element overlaps an edge portion of an adjacent flapper element when in the open position, the overlap between the adjacent flapper elements being such as to draw the flapper elements towards the closed position due to gravity; and in that adjacent edge portions (34, 35) of adjacent flapper elements contact and overlap each other to effect a seal therebetween when the flapper elements are in the closed position. a valve housing defining an opening; and a plurality of flapper elements each having a proximal end and a distal end, the flapper elements being pivotally mounted to the valve housing at their proximal ends for pivotal movement between a closed position, in which they block the flow of fluid through the opening and an open position in which they permit the flow of fluid through the opening; wherein each flapper element is generally trapezoidal in shape such that the flapper elements create a generally frustoconical shape when in the closed position; the check valve further comprising a plug element mounted to the valve housing and spaced from the opening, the plug element engaging the distal ends of the flapper elements to close an opening formed at the distal ends of the flapper elements;
A cap comprising: a plane defining an opening; and a slidable closure adapted and configured to seal the opening, the slidable closure comprising: a projection extending above an external surface of the plane; and a flexible seal coupled to the projection and located on an internal surface of the plane opposite the projection, the flexible seal comprising: a connection portion coupled to the projection; a sealing portion; a flexible hinge adapted and configured to bias the sealing portion against the internal surface, characterized in that the flexible seal, which is coupled to the projection, is configured to slide between an open position and a closed position of the opening, and the sealing portion has a profile that substantially corresponds to a shape of the opening. a plane defining an opening; and a slidable closure adapted and configured to seal the opening, the slidable closure comprising: a projection extending above an external surface of the plane; and a flexible seal coupled to the projection and located on an internal surface of the plane opposite the projection, the flexible seal comprising: a connection portion coupled to the projection; a sealing portion; a flexible hinge adapted and configured to bias the sealing portion against the internal surface, characterized in that the flexible seal, which is coupled to the projection, is configured to slide between an open position and a closed position of the opening, and the sealing portion has a profile that substantially corresponds to a shape of the opening. a projection extending above an external surface of the plane; and a flexible seal coupled to the projection and located on an internal surface of the plane opposite the projection, the flexible seal comprising: a connection portion coupled to the projection; a sealing portion; a flexible hinge adapted and configured to bias the sealing portion against the internal surface, characterized in that the flexible seal, which is coupled to the projection, is configured to slide between an open position and a closed position of the opening, and the sealing portion has a profile that substantially corresponds to a shape of the opening. a connection portion coupled to the projection; a sealing portion; a flexible hinge adapted and configured to bias the sealing portion against the internal surface, characterized in that the flexible seal, which is coupled to the projection, is configured to slide between an open position and a closed position of the opening, and the sealing portion has a profile that substantially corresponds to a shape of the opening.
Machine for manufacturing a wiring harness resulting from the assembly of a plurality of cables connected to a plurality of connectors, each end of a cable being formed from a section of wire covered by an insulator, and a termination (12, 13, 14) stripped of insulator, and adapted to make an electrical connection, said machine comprising feeding means for feeding said termination on a terminal or in a cell of a connector and, arranged upstream from said feeding means, at least one device for manual feeding of cables accessible to an operator, characterised in that said manual feeding device is formed by a longitudinal tunnel composed of a housing (20, 25, 25a, 26, 26a, 27, 27a) defining an internal space in which at least one gripping means for gripping the end of the cable runs, alternating between an open position and a closed position, and an external space accessible to the operator, said tunnel being crossed transversally from one side to the other by a guide slot such that, when the operator feeds the end of the cable into the guide slot while holding the termination (12, 13, 14) in the external space, the gripping means (3, 31, 32) close on the part of the end of the cable covered by the insulator.
An intraocular lens for providing high definition and extended depth of field, said intraocular lens comprising: a central optical zone formed integral into said intraocular lens; a virtual aperture positioned in a first periphery region surrounding said central optical zone and connected to said optical zone by a first transition region; and a haptic positioned in a far periphery and connected to said virtual aperture by a second transition region; characterized in that said first and second transition regions (47, 49) having a zero-order and first-order continuity of the surface on either side of said first and second transition regions (47, 49); wherein said virtual aperture comprises alternating high-power positive and negative lens profiles; and wherein a plurality of light rays which intersect the virtual aperture are dispersed widely downstream from the intraocular lens. a central optical zone formed integral into said intraocular lens; a virtual aperture positioned in a first periphery region surrounding said central optical zone and connected to said optical zone by a first transition region; and a haptic positioned in a far periphery and connected to said virtual aperture by a second transition region; characterized in that said first and second transition regions (47, 49) having a zero-order and first-order continuity of the surface on either side of said first and second transition regions (47, 49); wherein said virtual aperture comprises alternating high-power positive and negative lens profiles; and wherein a plurality of light rays which intersect the virtual aperture are dispersed widely downstream from the intraocular lens.
A dispenser device for a container containing a product to be dispensed, the device comprising a body for connecting to the container and presenting a chamber that is open at a bottom end of the body and in which a pump is arranged, connected to a dispenser head, the dispenser device also comprising a driver that is suitable for being moved so as to cause the dispenser head to move between a storage position in which the dispenser head is substantially retracted inside the body, and a dispensing position in which the dispenser head projects beyond a top end of the body, the dispenser device being characterized in that it further comprises a sealing diaphragm that defines a top end of the chamber and that presents a movable end that is connected to the pump, whereby the pump moves together with the movable end, and a stationary end that is suitable for being connected to the container.
A sucker with at least one motor, with a suction connection for a device such as a tool which is to be connected to the sucker, with at least one filter and a device socket to which the device can be electrically connected, wherein the sucker has at least one current/power sensor which detects the current/power consumption of the device connected to the device socket and which is connected to a processor which generates a signal to start cleaning the filter on the basis of the current/power consumption value supplied by the current/power sensor, characterised in that for a device with low current/power consumption, filter cleaning is initiated at significantly larger time spans than for a device with high current/power consumption.
Shoe insole (1, 21) including a knitted spacer fabric, comprising: a top layer (5, 25, 45); a bottom layer (3, 23, 43); and a plurality of spacing threads extending between the top layer and the bottom layer, characterized in that the spacing threads include a monofilament yarn having a diameter of between 0.09 mm and 0.12 mm, and in that the top layer (5, 25, 45) includes multifilament polyester yarns within a range of 155 to 278 dtex (140 to 250 denier), while those of similar material for the bottom layer are within a range of 155 to 178 dtex (140-160 denier). a top layer (5, 25, 45); a bottom layer (3, 23, 43); and a plurality of spacing threads extending between the top layer and the bottom layer, characterized in that the spacing threads include a monofilament yarn having a diameter of between 0.09 mm and 0.12 mm, and in that the top layer (5, 25, 45) includes multifilament polyester yarns within a range of 155 to 278 dtex (140 to 250 denier), while those of similar material for the bottom layer are within a range of 155 to 178 dtex (140-160 denier).
An image processing apparatus (110, 1010) for displaying an image on a display unit, comprising: a message receiving unit to receive a message display request from an external apparatus via a network; an operation determination unit to determine whether the image processing apparatus (110, 1010) is being operated when the message receiving unit receives the message display request; and a message display unit to display a message image on the display unit; characterized by an image generator to generate the message image based on a message included in the message display request when the operation determination unit determines that the image processing apparatus (110, 1010) is not being operated. a message receiving unit to receive a message display request from an external apparatus via a network; an operation determination unit to determine whether the image processing apparatus (110, 1010) is being operated when the message receiving unit receives the message display request; and a message display unit to display a message image on the display unit;
A power storage system comprising: a power converter and a plurality of battery modules (1-1, 1-2, 1-m) that are connected in parallel and that are connected to the power converter, wherein the power converter is configured to control charging and discharging of the battery modules (1-1, 1-2, 1-m); a plurality of on/off devices (10-1,10-2,10-m) that are provided between each of the battery modules (1-1, 1-2, 1-m) and the power converter; and a control unit configured to control the on/off devices (10-1,10-2,10-m), each of the battery modules (1-1, 1-2, 1-m) having: a battery pack with a plurality of battery cells (C1, C2, Cn) connected in series; and a cell balancing circuit provided for conducting cell balance control in correspondence to the respective battery pack, wherein the control unit is configured to disconnect only the battery module (1-1, 1-2, 1-m) in which the cell balance control is conducted from the power converter by setting the corresponding on/off device (10-1,10-2,10-m) to an open state when the cell balance control by the cell balancing circuit is started, thereby allowing charging and discharging of the other battery modules through the power converter; and wherein the control unit is further configured to set the on/off device (10-1,10-2,10-m), which has been in the open state, to a closed state when the cell balance control is completed and a difference between a terminal voltage of the battery module (1-1, 1-2, 1-m) in which the cell balance control has been conducted and a terminal voltage of the other battery modules (1-1, 1-2, 1-m) falls within a preset allowable range. a battery pack with a plurality of battery cells (C1, C2, Cn) connected in series; and a cell balancing circuit provided for conducting cell balance control in correspondence to the respective battery pack, wherein the control unit is configured to disconnect only the battery module (1-1, 1-2, 1-m) in which the cell balance control is conducted from the power converter by setting the corresponding on/off device (10-1,10-2,10-m) to an open state when the cell balance control by the cell balancing circuit is started, thereby allowing charging and discharging of the other battery modules through the power converter; and wherein the control unit is further configured to set the on/off device (10-1,10-2,10-m), which has been in the open state, to a closed state when the cell balance control is completed and a difference between a terminal voltage of the battery module (1-1, 1-2, 1-m) in which the cell balance control has been conducted and a terminal voltage of the other battery modules (1-1, 1-2, 1-m) falls within a preset allowable range.
A socket for an electric part such as an IC package comprising: a socket body which has a rectangle shape and has an accommodation surface adapted to accommodate the electric part having a lower surface to which terminals are provided, plural contact pins of horseshoe-shapes, which are disposed in parallel and at predetermined intervals to a peripheral edge of the socket body, and each of which has an elastic piece to contact with the terminals of the electric part, a latch rotatably disposed on the socket body so as to be positioned above the contact pins, which is configured to press an upper part of a peripheral portion of the electric part when the latch is closed and to be in a state the electric part is able to be accommodated onto and taken out from the accommodation surface when the latch is opened, and an operating member which is vertically movably disposed in the socket body, characterized in that the latch further comprises an operation portion to be operated for closing formed at both side end portions of the latch, and the operating member further comprises an operating portion for closing formed at both sides of an arrangement range of the plural contact pins, constituted so as to press upward the operation portion to be operated for closing, and rotate the latch in an closing direction when the operating member moves upward. a socket body which has a rectangle shape and has an accommodation surface adapted to accommodate the electric part having a lower surface to which terminals are provided, plural contact pins of horseshoe-shapes, which are disposed in parallel and at predetermined intervals to a peripheral edge of the socket body, and each of which has an elastic piece to contact with the terminals of the electric part, a latch rotatably disposed on the socket body so as to be positioned above the contact pins, which is configured to press an upper part of a peripheral portion of the electric part when the latch is closed and to be in a state the electric part is able to be accommodated onto and taken out from the accommodation surface when the latch is opened, and an operating member which is vertically movably disposed in the socket body, characterized in that the latch further comprises an operation portion to be operated for closing formed at both side end portions of the latch, and the operating member further comprises an operating portion for closing formed at both sides of an arrangement range of the plural contact pins, constituted so as to press upward the operation portion to be operated for closing, and rotate the latch in an closing direction when the operating member moves upward.
A filter element which filters an exhaust gas from an internal combustion engine, comprising: an inflow surface and an outflow surface; and a plurality of inflow passages and a plurality of outflow passages, the inflow passages and the outflow passages being partitioned by partition walls made of a porous material, wherein a total cross-sectional area of all the inflow passages is larger than a total cross-sectional area of all the outflow passages, and the number of the inflow passages is larger than the number of the outflow passages, a cross section of the filter element is formed by the plurality of outflow passages each having a regular hexagonal shape and the plurality of inflow passages each having a modified hexagonal shape, the plurality of regular hexagonal outflow passages are formed by first hexagonal passages, and second hexagonal passages each having a cross-sectional area smaller than that of each of the first hexagonal passages, an outer peripheral side of each of the first hexagonal passages and the second hexagonal passages is surrounded with six modified hexagonal inflow passages via the partition walls, and the first hexagonal passages and the second hexagonal passages are regularly arranged; wherein a ratio (Y/X) of a cross-sectional area of each of the second hexagonal passages to a cross-sectional area of each of the first hexagonal passages is 0.35 or more and 0.90 or less.
A two-part clamping clip, in particular for fastening high-pressure hoses on tubular fittings, comprising two essentially identical shell-shaped housing halves (1, 2), clamping screws for drawing together the two housing halves (1, 2) and an insert for bridging the gaps (15, 16) that arise between the two housing halves and run in an axial direction, characterized in that the insert extends over at least both gaps (15, 16).
Pressure pipe socket joint, in particular in the form of a pipe wall-integrated electrofusion socket, comprising two thermoplastic plastic pipes (1, 2) which are pushed into one another and which have at least at one end a push-in socket or a corresponding push-in end, wherein either the push-in socket or the push-in end is equipped with a heating coil (22, 23) which is provided for forming a welding zone (8, 9), characterised in that the pressure pipe socket joint has at least two welding zones (8, 9), wherein a first welding zone is arranged between the two connected plastic pipe ends (3, 4) radially closer to the inner pipe wall surface of the pressure pipe socket joint and a second welding zone is arranged radially closer to the outer pipe wall surface of the pressure pipe socket joint, and a contact area of the two plastic pipe ends (3, 4) is formed between the welding zones (8, 9), a contact area of the two plastic pipe ends (3, 4) is formed, which is designed as a press fit and/or is equipped with latching retaining elements or a thread.
A method of braking a vehicle for transporting passengers, in particular standing and/or non-belted-in passengers (2a, 2b), comprising at least the following steps: - checking whether there is a trigger criterion for braking the vehicle to carry passengers; - if the triggering criterion is fulfilled, effecting a conditioning braking pulse by brief, pulse-like braking of the vehicle with a duration which is between 80 and 250 ms, in such a manner that the passengers of the vehicle feel a brief braking of the vehicle, and immediately thereafter - initiating a braking phase, the vehicle being braked in the braking phase in at least two partial braking areas (TBi, TBC) by a time-varying actual self-deceleration (zlst1) via a braking system, characterized in that each partial braking area (TBi, TBC) is extended over a partial braking interval (dti), the partial braking areas (TBi, TBC) merge continuously in time without the actual inherent deceleration (zlst1) changing abruptly, and the actual inherent deceleration (zlst1) in at least one of the partial braking areas (TBi, TBC) is changed continuously over the respective partial braking interval (dti) in such a manner that a different actual jerk (jlsti) is produced in each partial braking area (TBi, TBC), and where the actual jerk (jIsti) is degressive over at least some partial braking areas (TBi, TBC) of the braking phase. - checking whether there is a trigger criterion for braking the vehicle to carry passengers; - if the triggering criterion is fulfilled, effecting a conditioning braking pulse by brief, pulse-like braking of the vehicle with a duration which is between 80 and 250 ms, in such a manner that the passengers of the vehicle feel a brief braking of the vehicle, and immediately thereafter - initiating a braking phase, the vehicle being braked in the braking phase in at least two partial braking areas (TBi, TBC) by a time-varying actual self-deceleration (zlst1) via a braking system, characterized in that each partial braking area (TBi, TBC) is extended over a partial braking interval (dti), the partial braking areas (TBi, TBC) merge continuously in time without the actual inherent deceleration (zlst1) changing abruptly, and the actual inherent deceleration (zlst1) in at least one of the partial braking areas (TBi, TBC) is changed continuously over the respective partial braking interval (dti) in such a manner that a different actual jerk (jlsti) is produced in each partial braking area (TBi, TBC), and