mhurhangee/ep-ind-claims huggingface dataset:
An endoscope comprising: a flexible tube including a helical tube, a braid tube disposed outside the helical tube, and a flexible outer tube disposed outside the braid tube; a cylindrical connection mouth ring (70; 102; 132) connected to an end of the flexible tube; and a caulking member by which an end of the braid tube is caulked outside the connection mouth ring in a state held there between, wherein an end of the helical tube is fixed to the connection mouth ring by thermal action where the connection mouth ring and the helical tube overlap each other, characterized in that the connection mouth ring has a first part where the end of the helical tube is connected to the connection mouth ring and a second part where the end of the braid tube is caulked against the connection mouth ring by the caulking member, the first part and the second part being positioned differently along an axis of the connection mouth ring. a flexible tube including a helical tube, a braid tube disposed outside the helical tube, and a flexible outer tube disposed outside the braid tube; a cylindrical connection mouth ring (70; 102; 132) connected to an end of the flexible tube; and a caulking member by which an end of the braid tube is caulked outside the connection mouth ring in a state held there between, wherein an end of the helical tube is fixed to the connection mouth ring by thermal action where the connection mouth ring and the helical tube overlap each other, characterized in that the connection mouth ring has a first part where the end of the helical tube is connected to the connection mouth ring and a second part where the end of the braid tube is caulked against the connection mouth ring by the caulking member, the first part and the second part being positioned differently along an axis of the connection mouth ring.
A lanyard attachment assembly for a hand tool comprising: a strap forming a closed loop having a first end portion, a second end portion, a first strap portion, and a second strap portion generally aligned with and opposing the first strap portion, wherein the first end portion of the closed loop includes a first turn between the first strap portion and the second strap portion, and wherein the second end portion includes a second turn between the first strap portion and the second strap portion, a fastening means secures the first strap portion to the second strap portion at a fixed first strap connection point that is positioned between the first turn and the second turn, wherein the fastening means of the closed loop forming a primary opening and secondary opening therethrough, a sleeve with an inside surface and an outside surface, the inside surface defining a passageway through the sleeve, wherein a portion of the sleeve passes through the primary opening, thereby linking the closed loop of the strap to the sleeve, the passageway configured to receive a hand tool, the sleeve being changeable in size from an expanded state to a relaxed state, wherein when a hand tool is installed in the passageway the relaxed state of the sleeve snugly engages the hand tool,_and a connector having a connector opening therethrough, wherein a portion of the connector passes through the secondary opening of the closed loop, thereby linking the connector to the closed loop of the strap. a strap forming a closed loop having a first end portion, a second end portion, a first strap portion, and a second strap portion generally aligned with and opposing the first strap portion, wherein the first end portion of the closed loop includes a first turn between the first strap portion and the second strap portion, and wherein the second end portion includes a second turn between the first strap portion and the second strap portion, a fastening means secures the first strap portion to the second strap portion at a fixed first strap connection point that is positioned between the first turn and the second turn, wherein the fastening means of the closed loop forming a primary opening and secondary opening therethrough, a sleeve with an inside surface and an outside surface, the inside surface defining a passageway through the sleeve, wherein a portion of the sleeve passes through the primary opening, thereby linking the closed loop of the strap to the sleeve, the passageway configured to receive a hand tool, the sleeve being changeable in size from an expanded state to a relaxed state, wherein when a hand tool is installed in the passageway the relaxed state of the sleeve snugly engages the hand tool,_and a connector having a connector opening therethrough, wherein a portion of the connector passes through the secondary opening of the closed loop, thereby linking the connector to the closed loop of the strap.
An egg grasp device, comprising: a body; and a sheath capable of retaining an egg and attached to the body, the sheath being formed by a plurality of interlaced elongated members extending from the body, wherein each elongated member is formed of a resilient material; each elongated member has a pair of leg segments extending from the body, and an arcuate segment connecting the pair of leg segments; each elongated member alternately going over and under the other elongated members it intersects to form the sheath, the sheath having a distal end and a proximal end at which the elongated members are operably engaged with the body, the arcuate segments cooperate to define an opening at the distal end through which an egg is received when the elongated members engage and deflect about an egg such that the egg is seated within the sheath. a body; and a sheath capable of retaining an egg and attached to the body, the sheath being formed by a plurality of interlaced elongated members extending from the body, wherein each elongated member is formed of a resilient material; each elongated member has a pair of leg segments extending from the body, and an arcuate segment connecting the pair of leg segments; each elongated member alternately going over and under the other elongated members it intersects to form the sheath, the sheath having a distal end and a proximal end at which the elongated members are operably engaged with the body, the arcuate segments cooperate to define an opening at the distal end through which an egg is received when the elongated members engage and deflect about an egg such that the egg is seated within the sheath.
A polycaprolactone microsphere injectable filler comprising 2 to 50 % by weight of a vitamin C-containing polycaprolactone microsphere which comprises 0.01 to 6.5 % by weight of the vitamin C based on the total weight of the microsphere and has an average particle size of 10 to 100 μm; 0.1 to 5 % by weight of a solute; 0 to 48 % by weight of a lubricant; and 15 to 97.9 % by weight of a pharmaceutically acceptable aqueous carrier, based on total 100 % by weight of the polycaprolactone microsphere filler, wherein the polycaprolactone has an intrinsic viscosity of 0.16 to 1.90 dL/g; the vitamin C is encapsulated in said polycaprolactone microsphere; and the microsphere has a span value of 1.0 or less. the polycaprolactone has an intrinsic viscosity of 0.16 to 1.90 dL/g; the vitamin C is encapsulated in said polycaprolactone microsphere; and the microsphere has a span value of 1.0 or less.
A connectivity fault management system for use in a passive optical network, PON, providing a plurality of Maintenance End Points, MEPs, said system comprising a network device system (22, 14) remotely coupled via a passive optical network to an optical interface, the network device system (22, 14) having a network device processor system programmed or configured to provide a plurality of maintenance entity, ME, levels, wherein each ME level comprises a MEP operating as a second MEP in a logical port of said network device system (22, 14), the second MEP configured to exchange connectivity fault test messages with a first MEP on the same level as the second MEP via the passive optical network in response to predetermined conditions.
An image forming apparatus supporting a peer-to-peer, P2P, connection, the image forming apparatus comprising: a communication interface unit connectable to an external wireless device in a P2P connection method; and a communication control unit configured to check a device type of the wireless device when a connection request is transmitted from the wireless device through the communication interface unit, to block a connection to the wireless device if the checked device type is a connection restricted device type, and to connect to the wireless device in the P2P connection if the checked device type is not the connection restricted device type; wherein the image forming apparatus operates as an access point, AP, that allows clients on a wireless local area network, WLAN, to be connected to each other or operates as a client on the WLAN, and wherein the communication interface unit is configured to receive the connection request from the wireless device when the image forming apparatus operates as the AP. a communication interface unit connectable to an external wireless device in a P2P connection method; and a communication control unit configured to check a device type of the wireless device when a connection request is transmitted from the wireless device through the communication interface unit, to block a connection to the wireless device if the checked device type is a connection restricted device type, and to connect to the wireless device in the P2P connection if the checked device type is not the connection restricted device type; wherein the image forming apparatus operates as an access point, AP, that allows clients on a wireless local area network, WLAN, to be connected to each other or operates as a client on the WLAN, and wherein the communication interface unit is configured to receive the connection request from the wireless device when the image forming apparatus operates as the AP.
A display substrate, comprising a plurality of pixel regions, each of the pixel regions comprising a display region provided with a light emitting element and a driving region provided with a pixel circuit, the pixel circuit comprising at least one pixel transistor having a first electrode and a second electrode which are coupled to an active layer of the at least one pixel transistor through connection vias, respectively, wherein the driving region is further provided with a first plate of a storage capacitor, the first plate is insulated from and overlapped with the first electrode and the second electrode of the at least one pixel transistor in a direction perpendicular to the display substrate, and the first plate is provided with openings (C 11) at positions corresponding to at least some of the connection vias; wherein the display substrate further comprises a base substrate, the first electrode and the second electrode of the pixel transistor are on a side of the active layer of the pixel transistor distal to the base substrate; characterised in that: the first plate is on a side of the active layer of the pixel transistor proximal to the base substrate; and the first electrode is a source, and the second electrode is a drain. the driving region is further provided with a first plate of a storage capacitor, the first plate is insulated from and overlapped with the first electrode and the second electrode of the at least one pixel transistor in a direction perpendicular to the display substrate, and the first plate is provided with openings (C 11) at positions corresponding to at least some of the connection vias; wherein the display substrate further comprises a base substrate, the first electrode and the second electrode of the pixel transistor are on a side of the active layer of the pixel transistor distal to the base substrate; characterised in that: the first plate is on a side of the active layer of the pixel transistor proximal to the base substrate; and the first electrode is a source, and the second electrode is a drain. the first plate is on a side of the active layer of the pixel transistor proximal to the base substrate; and the first electrode is a source, and the second electrode is a drain.
An apparatus for transporting containers or container packs, comprising a first transport unit that transports the containers or container packs along a first predefined transport section, wherein this first transport unit includes at least one drive unit for moving the containers or container packs, comprising a second transport unit which is arranged downstream of the first transport unit in the transport direction of the containers or container packs and which transports the containers or container packs along a second transport section, wherein this second transport unit includes at least one drive unit for moving the containers or container packs, comprising a first sensor unit that detects at least one first condition of the containers or container packs transported by the first transport unit along the first transport section, comprising a second sensor unit which detects at least one second condition of the containers or container packs transported by the second transport unit along the second transport section, and comprising at least one control unit that controls at least one drive unit (16, 18) taking into account at least one condition detected by at least one of the sensor units (12, 14), characterised in that at least one sensor unit (12, 14) includes a transmission unit in order to emit a signal characteristic of the condition to a receiving unit in a wireless manner, wherein at least one sensor device (12, 14) includes a SAW sensor, wherein the apparatus includes at least one energy supply device so that energy can be supplied to at least one of the sensor devices (12, 14), preferably a plurality of sensor devices (12, 14) in a wireless manner and wherein the energy supply device is also the receiving device, by means of which the signals can be read.
Electric hand-held power tool having a control and/or regulating device for an electric motor, the control and/or regulating device being assigned an electronic memory element for at least one operating state of the electric motor, and having a setting element for predefining a rotational speed, characterized by an actuating element for adopting a current operating state as a stored value of the memory element, wherein the operating state is the instantaneous rotational speed set by the setting element, which can be stored as a maximum rotational speed by actuating the actuating element.
A device at a pipe or a tube for connecting of pipes and/or tubes, comprising an outer ring with first and second free ends (2, 3) and a tensioning device for converging and connecting the first and second free ends (2, 3) of the outer ring, characterized in that an inner ring is arranged inside of the outer ring and comprises a first and a second part (6, 7), wherein at least one of the first and second parts (6, 7) has a varying profile height with a profile thickness increasing in the peripheral direction towards the end of the first and/or the second part (6, 7).
A device for positioning information at a location in an image, the device comprising: - a detector for recording the image, the image comprising a light source, wherein a lighting characteristic of the light source comprises a code indicative of the information and the location where to position the information in the image, wherein the location is defined as a position relative to a position of the light source in the image; - a processor arranged for - processing the image to retrieve the code, - retrieving the information indicated by the code, - retrieving the location indicated by the code, - processing the image into a processed image by positioning the information at the location in the image; - an image rendering device for rendering the processed image. - a detector for recording the image, the image comprising a light source, wherein a lighting characteristic of the light source comprises a code indicative of the information and the location where to position the information in the image, wherein the location is defined as a position relative to a position of the light source in the image; - a processor arranged for - processing the image to retrieve the code, - retrieving the information indicated by the code, - retrieving the location indicated by the code, - processing the image into a processed image by positioning the information at the location in the image; - processing the image to retrieve the code, - retrieving the information indicated by the code, - retrieving the location indicated by the code, - processing the image into a processed image by positioning the information at the location in the image; - an image rendering device for rendering the processed image.
A pump assembly, comprising: a housing having first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210); and first, second and third rotary pumps (41, 42, 43), which are co-rotatable about a common longitudinal axis defined through the housing to drive fluid flow relative to the first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210), respectively, wherein the first rotary pump comprises an input member receptive of rotational drive energy for the first, second and third rotary pumps (41, 42, 43), characterised in that the pump assembly further comprises: a first spline coupling, which is disposable between complementary interior splined ends (701, 702) of and co-rotatable about the common longitudinal axis with the first and third rotary pumps (41, 43), and by which the first and third rotary pumps (41, 43) are connectable; and a second spline coupling, which is disposable between complementary interior splined ends (703, 704) of and co-rotatable about the common longitudinal axis with the third and second rotary pumps (43, 42), and by which the third and second rotary pumps (43, 42) are connectable. a housing having first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210); and first, second and third rotary pumps (41, 42, 43), which are co-rotatable about a common longitudinal axis defined through the housing to drive fluid flow relative to the first, second and third pairs of fluid openings (203, 204; 206, 207; 209, 210), respectively, wherein the first rotary pump comprises an input member receptive of rotational drive energy for the first, second and third rotary pumps (41, 42, 43), characterised in that the pump assembly further comprises: a first spline coupling, which is disposable between complementary interior splined ends (701, 702) of and co-rotatable about the common longitudinal axis with the first and third rotary pumps (41, 43), and by which the first and third rotary pumps (41, 43) are connectable; and a second spline coupling, which is disposable between complementary interior splined ends (703, 704) of and co-rotatable about the common longitudinal axis with the third and second rotary pumps (43, 42), and by which the third and second rotary pumps (43, 42) are connectable. a first spline coupling, which is disposable between complementary interior splined ends (701, 702) of and co-rotatable about the common longitudinal axis with the first and third rotary pumps (41, 43), and by which the first and third rotary pumps (41, 43) are connectable; and a second spline coupling, which is disposable between complementary interior splined ends (703, 704) of and co-rotatable about the common longitudinal axis with the third and second rotary pumps (43, 42), and by which the third and second rotary pumps (43, 42) are connectable.
Scrap pushing assembly comprising a scrap pusher guided for movement in rectilinear guiding means and a hydraulic drive system including at least one cylinder-piston unit (82; 92), said scrap pusher having at least one effective pushing face projected normally to the direction of pusher movement, characterized in that - the scrap pusher comprises an internally guided scrap push block adapted to be driven relatively to said first-mentioned cylinder-piston unit (82; 92) by means of at least one second hydraulic cylinder-piston unit, said second unit including a piston; - the said push block has an effective face projected normally to its direction of movement; and - the quotient of the effective piston surface area of all second cylinder-piston units and the area of said effective face is greater than the quotient of the effective piston area of all said first cylinder-piston units (82; 92) and the effective area of pusher face. - the scrap pusher comprises an internally guided scrap push block adapted to be driven relatively to said first-mentioned cylinder-piston unit (82; 92) by means of at least one second hydraulic cylinder-piston unit, said second unit including a piston; - the said push block has an effective face projected normally to its direction of movement; and - the quotient of the effective piston surface area of all second cylinder-piston units and the area of said effective face is greater than the quotient of the effective piston area of all said first cylinder-piston units (82; 92) and the effective area of pusher face.
Method for monitoring a set of entities forming a group, said group comprising at least one entity termed coordinating entity and at least two entities termed member entities, said at least two member entities comprising a first member entity and a second member entity, said method being characterized in that it comprises: - a step of sending, by said at least one coordinating entity to said first member entity, of at least one request to acquire an item of presence information; - a step of reception, by said first member entity, of said at least one request to acquire an item of presence information; - at least one step of transmission, by said first member entity to said second member entity, of said at least one request to acquire an item of presence information; and - a step of transmission, by said second member entity to said first member entity, of a response to said at least one acquisition request; - a step of retransmission, by said first member entity to the coordinating entity, of said response. - a step of sending, by said at least one coordinating entity to said first member entity, of at least one request to acquire an item of presence information; - a step of reception, by said first member entity, of said at least one request to acquire an item of presence information; - at least one step of transmission, by said first member entity to said second member entity, of said at least one request to acquire an item of presence information; and - a step of transmission, by said second member entity to said first member entity, of a response to said at least one acquisition request; - a step of retransmission, by said first member entity to the coordinating entity, of said response.