mhurhangee/patent-ind-claim-en huggingface dataset:
A chair comprising: a leg erected on a floor surface; a seat arranged above the leg ; and a support mechanism (7; 8) interposed between the leg and the seat , wherein the support mechanism (7; 8) is arranged below the seat , and is configured to movably support the seat along a predetermined trajectory by having an omnidirectional connection unit (72; 82, 83) configured to operably connect in all directions including the front-rear direction and the left-right direction, and the support mechanism comprises a return-force generation mechanism (P) configured to generate, by elevating a center of gravity (G) of the seat in accordance with the operation of the seat from the reference position (S), in accordance with an amount of movement, a return force in a direction of returning the seat to the reference position (S) characterized in that the omnidirectional connection unit is configured to connect by suspending the seat from the leg , the omnidirectional connection unit is configured as a link member having a universal joint structure extending in the up-down direction of which the both ends are supported pivotably in the directions including a front-rear direction and a left-right direction, and in that the support mechanism (7; 8) comprises a seat inclining function (Q) configured to downwardly incline a tip side in a movement direction of the seat in accordance with movement of the seat from a predetermined reference position (S). a seat arranged above the leg ; and a support mechanism (7; 8) interposed between the leg and the seat , wherein the support mechanism (7; 8) is arranged below the seat , and is configured to movably support the seat along a predetermined trajectory by having an omnidirectional connection unit (72; 82, 83) configured to operably connect in all directions including the front-rear direction and the left-right direction, and the support mechanism comprises a return-force generation mechanism (P) configured to generate, by elevating a center of gravity (G) of the seat in accordance with the operation of the seat from the reference position (S), in accordance with an amount of movement, a return force in a direction of returning the seat to the reference position (S) characterized in that the omnidirectional connection unit is configured to connect by suspending the seat from the leg , the omnidirectional connection unit is configured as a link member having a universal joint structure extending in the up-down direction of which the both ends are supported pivotably in the directions including a front-rear direction and a left-right direction, and in that the support mechanism (7; 8) comprises a seat inclining function (Q) configured to downwardly incline a tip side in a movement direction of the seat in accordance with movement of the seat from a predetermined reference position (S).
A mask and headgear assembly comprising: a mask frame (300, 300A-300D), the mask frame (300, 300A-300D) further comprising: a core having an inlet connector for receiving a supply of pressurized gas from a delivery tube; a right arm extending from the core ; and a left arm extending from the core , wherein each of the right and left arms form an associated air pathway through each respective arm , wherein each arm includes a first aperture for supplying the supply of pressurized gas to a patient's airways; and a headgear interface located about a distal end of each arm , the headgear interface being configured to be attached to a headgear assembly , the headgear interface further comprising a second aperture for communicating a portion of the supply of pressurized gas to an interior portion of the headgear assembly . a mask frame (300, 300A-300D), the mask frame (300, 300A-300D) further comprising: a core having an inlet connector for receiving a supply of pressurized gas from a delivery tube; a right arm extending from the core ; and a left arm extending from the core , wherein each of the right and left arms form an associated air pathway through each respective arm , wherein each arm includes a first aperture for supplying the supply of pressurized gas to a patient's airways; and a core having an inlet connector for receiving a supply of pressurized gas from a delivery tube; a right arm extending from the core ; and a left arm extending from the core , wherein each of the right and left arms form an associated air pathway through each respective arm , wherein each arm includes a first aperture for supplying the supply of pressurized gas to a patient's airways; and a headgear interface located about a distal end of each arm , the headgear interface being configured to be attached to a headgear assembly , the headgear interface further comprising a second aperture for communicating a portion of the supply of pressurized gas to an interior portion of the headgear assembly .
Nozzle for forming containers made of thermoplastic material by injection of a pressurized fluid into a neck of a preform , the nozzle comprising: - a mounting fitted with an inlet pipe for pressurized fluid along a vertical axis (A); - a nozzle tip that axially extends the inlet pipe and that can be connected sealingly to the neck of the preform by means of at least one stabilization tube designed to be coaxial with the neck of the preform , the diameter of which is such that a circular lower end edge of the tube is received against a lip of the neck , the stabilization tube being mounted slidingly and axially in the nozzle tip between a lower stop position against a first stop face of the tip and an upper stop position against a second stop face of the tip ; - removable means for attaching the nozzle tip to the mounting ; - the stabilization tube being elastically pressed towards the lower stop position thereof by means of an elastic member , characterized in that the elastic member is permanently housed in the mounting and the stabilization tube is captively held in the nozzle tip regardless of the attachment of the nozzle tip to the mounting . - a mounting fitted with an inlet pipe for pressurized fluid along a vertical axis (A); - a nozzle tip that axially extends the inlet pipe and that can be connected sealingly to the neck of the preform by means of at least one stabilization tube designed to be coaxial with the neck of the preform , the diameter of which is such that a circular lower end edge of the tube is received against a lip of the neck , the stabilization tube being mounted slidingly and axially in the nozzle tip between a lower stop position against a first stop face of the tip and an upper stop position against a second stop face of the tip ; - removable means for attaching the nozzle tip to the mounting ; - the stabilization tube being elastically pressed towards the lower stop position thereof by means of an elastic member ,
An inflatable stand-up paddle board comprising: a body comprising: a plurality of outer sheets , and an inner sheet having an upper periphery connected to one of the plurality of outer sheets and a lower periphery connected to another one of the plurality of outer sheets, such that the plurality of outer sheets and the inner sheet define an inflatable chamber therein, and the inner sheet defines an installation space separated from the inflatable chamber by the inner sheet; and an air pump disposed in the installation space , the air pump comprising: a casing comprising a box and a top cover detachably sealed to the box, and an air pump assembly disposed in the casing , the air pump assembly comprising: an air inlet in communication with an outside of the air pump assembly; and an air outlet in communication with the inflatable chamber via a first vent hole in the inner sheet wherein the air pump is fastened to and removable from the installation space of the stand-up paddle board body according to its use. a body comprising: a plurality of outer sheets , and an inner sheet having an upper periphery connected to one of the plurality of outer sheets and a lower periphery connected to another one of the plurality of outer sheets, such that the plurality of outer sheets and the inner sheet define an inflatable chamber therein, and the inner sheet defines an installation space separated from the inflatable chamber by the inner sheet; and a plurality of outer sheets , and an inner sheet having an upper periphery connected to one of the plurality of outer sheets and a lower periphery connected to another one of the plurality of outer sheets, such that the plurality of outer sheets and the inner sheet define an inflatable chamber therein, and the inner sheet defines an installation space separated from the inflatable chamber by the inner sheet; and an air pump disposed in the installation space , the air pump comprising: a casing comprising a box and a top cover detachably sealed to the box, and an air pump assembly disposed in the casing , the air pump assembly comprising: an air inlet in communication with an outside of the air pump assembly; and an air outlet in communication with the inflatable chamber via a first vent hole in the inner sheet a casing comprising a box and a top cover detachably sealed to the box, and an air pump assembly disposed in the casing , the air pump assembly comprising: an air inlet in communication with an outside of the air pump assembly; and an air outlet in communication with the inflatable an air inlet in communication with an outside of the air pump assembly; and an air outlet in communication with the inflatable chamber via a first vent hole in the inner sheet wherein the air pump is fastened to and removable from the installation space of the stand-up paddle board body according to its use.
A video camera head comprising at least three rigid printed circuit boards (PCBs) arranged in parallel planes, wherein the at least three rigid PCBs are separated to provide space for components of the video camera head that are supported thereon, wherein all of the at least three rigid PCBs are mechanically supported one above the other by pins made of an electricity conducting material that conduct electrical power from a bottom PCB to electronic components or illumination means mounted on the other PCB or PCBs of the at least three PCBs and signals from a solid state sensor chip mounted on one of the other PCB or PCBs of the at least three PCBs to the bottom PCB ; and the pins are located within the surface area of each of the PCBs and pass through vias created in the PCBs ; and wherein at least some of the pins are short pins and at least some of the pins are longer pins that support the upper of the at least three PCBs above the lower PCB and pass through vias created in any intermediate PCBs.
A mounting adapter for being fastened to an electronics box, for instance, a flush-mount or a surface-mount electronics box, for receiving and holding a Keystone module or two Keystone modules , at least including a holding plate with connecting holes for connection to the electronics box, further including a first recess , into which an insert piece for receiving and holding the Keystone module or the Keystone modules is inserted or can be inserted, the holding plate comprising holding means, by means of which the insert piece and thus the Keystone module arranged thereat or the Keystone modules arranged thereat, optionally, can be fastened or is fastened in a straight position extending approximately in parallel to the holding plate of the mounting adapter , or in a position extending transversely to the holding plate of the mounting adapter , characterized by that the holding means for fastening the insert piece in the position extending transversely to the holding plate of the mounting adapter are formed by webs extending from the holding plate and projecting into the electronics box and having locking protrusions , said webs forming an abutment face extending transversely to the holding plate for the insert piece , said locking protrusions corresponding to locking protrusions and bends formed or arranged at the insert piece , the locking protrusions and bends of the insert piece embracing the webs with locking protrusions of the holding plate and being locked thereat, further, for fastening the insert piece in the position extending in parallel to the holding plate of the mounting adapter , the locking protrusions and bends of the insert piece , on the one hand, engaging in third recesses formed at the holding plate and, on the other hand, engaging behind the side edge of the first recess of the holding plate and hooking there.
A communication method, comprising: determining , by a terminal, a first identifier based on a resource index number of a first resource, wherein the resource index number of the first resource is preset, or is indicated by a network device, the first resource is a resource used to send a random access preamble to the network device, the first identifier is used to scramble first signaling, and the first signaling is used to schedule a random access response in a random access process; and detecting , by the terminal, the first signaling based on the first identifier; wherein a radio interface technology for sending the first resource is a radio interface technology indicated by a handover command received by the terminal, the handover command is forwarded by a source network device to the terminal before handover of the terminal, after the source network device receives the handover command sent by the network device, and the handover command is used to instruct the terminal to be handed over from the source network device to the network device. determining , by a terminal, a first identifier based on a resource index number of a first resource, wherein the resource index number of the first resource is preset, or is indicated by a network device, the first resource is a resource used to send a random access preamble to the network device, the first identifier is used to scramble first signaling, and the first signaling is used to schedule a random access response in a random access process; and detecting , by the terminal, the first signaling based on the first identifier; wherein a radio interface technology for sending the first resource is a radio interface technology indicated by a handover command received by the terminal, the handover command is forwarded by a source network device to the terminal before handover of the terminal, after the source network device receives the handover command sent by the network device, and the handover command is used to instruct the terminal to be handed over from the source network device to the network device.
A particulate material for use in vascular occlusion, the particulate material consisting of: a) 0.562 mole fraction SiO2, 0.035 mole fraction CaO, 0.188 mole fraction ZnO, 0.035 mole fraction MgO, 0.068 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.042 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; b) 0.553 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.137 mole fraction ZnO, 0.035 mole fraction MgO, 0.137 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.033 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; c) 0.537 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.213 mole fraction ZnO, 0.035 mole fraction MgO, 0.068 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.042 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; d) 0.562 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.068 mole fraction ZnO, 0.035 mole fraction MgO, 0.188 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.042 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; or e) 0.562 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.213 mole fraction ZnO, 0.035 mole fraction MgO, 0.068 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.017 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O. a) 0.562 mole fraction SiO2, 0.035 mole fraction CaO, 0.188 mole fraction ZnO, 0.035 mole fraction MgO, 0.068 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.042 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; b) 0.553 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.137 mole fraction ZnO, 0.035 mole fraction MgO, 0.137 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.033 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; c) 0.537 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.213 mole fraction ZnO, 0.035 mole fraction MgO, 0.068 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.042 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; d) 0.562 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.068 mole fraction ZnO, 0.035 mole fraction MgO, 0.188 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.042 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O; or e) 0.562 mole fraction SiO 2 , 0.035 mole fraction CaO, 0.213 mole fraction ZnO, 0.035 mole fraction MgO, 0.068 mole fraction La 2 O 3 , 0.035 mole fraction SrO, 0.017 mole fraction TiO 2 , and 0.035 mole fraction Na 2 O.
Medical device for wound cleaning in the form of a hand-held device comprising: (a) an ultrasound generating unit comprising a frequency generator and a sonotrode ; (b) optionally an electric motor for driving a cleaning attachment ; (c) a power source for operating the electric motor and/or the sonotrode ; and a cleaning attachment - which is reversibly attachable to the hand-held device and drivable by the electric motor and/or the sonotrode ; - comprises an abrasive unit; and - is devoid of a sonotrode; whereby the sonotrode is arranged to transfer the ultrasound energy onto the tissue to be treated. (a) an ultrasound generating unit comprising a frequency generator and a sonotrode ; (b) optionally an electric motor for driving a cleaning attachment ; (c) a power source for operating the electric motor and/or the sonotrode ; and a cleaning attachment - which is reversibly attachable to the hand-held device and drivable by the electric motor and/or the sonotrode ; - comprises an abrasive unit; and - is devoid of a sonotrode; - which is reversibly attachable to the hand-held device and drivable by the electric motor and/or the sonotrode ; - comprises an abrasive unit; and - is devoid of a sonotrode; whereby the sonotrode is arranged to transfer the ultrasound energy onto the tissue to be treated.
A nonwoven fabric comprising a first surface and a second surface and a visually discernible pattern of three-dimensional features on one of the first or second surface , each of the three-dimensional features defining a microzone comprising a first region (20 and a second region , the first and second regions having a difference in values for: basis weight, the difference in basis weight being greater than 5 gsm; and thickness, the difference in thickness being greater than 25 microns; and volumetric density, the difference in volumetric density being greater than 0.042 g/cc. basis weight, the difference in basis weight being greater than 5 gsm; and thickness, the difference in thickness being greater than 25 microns; and volumetric density, the difference in volumetric density being greater than 0.042 g/cc.
An adapter device for a vacuum cleaner comprising a hollow tubular body comprising a first end configured to engage a part of the vacuum cleaner and a second end configured to engage an accessory or a flexible tube, wherein said hollow tubular body is at least partially of a deformable material with elastic return characterized in that said tubular body comprises a plurality of rings (40-47) protruding radially outwards from the external surface of the tubular body , wherein the rings (40-70) of the plurality of rings (40-70) have an increasing diameter.
A sound collection loudspeaker apparatus mounted on a vehicle in which at least a first sound collection and amplification position and a second sound collection and amplification position are assumed to be located inside the vehicle, the sound collection loudspeaker apparatus comprising: a first noise level estimating part configured to obtain a first noise level which is an estimated value of a magnitude of a noise component included in a first sound collection signal obtained from a first microphone which collects sound emitted from the first sound collection and amplification position; a suppression amount setting part configured to obtain a noise suppression amount such that a product of a reproduced noisy sound level and the noise suppression amount equals a predetermined constant, and set the noise suppression amount at 1 in a case where the noise suppression amount is greater than 1, the reproduced noisy sound level being an estimated value of a magnitude of noise at a position of a passenger at the second sound collection and amplification position in a case where the first noise level is reproduced from a second speaker placed at the second sound collection and amplification position; and a noise suppressing part configured to multiply the first sound collection signal by the noise suppression amount and output a multiplication result to the second speaker placed at the second sound collection and amplification position. a first noise level estimating part configured to obtain a first noise level which is an estimated value of a magnitude of a noise component included in a first sound collection signal obtained from a first microphone which collects sound emitted from the first sound collection and amplification position; a suppression amount setting part configured to obtain a noise suppression amount such that a product of a reproduced noisy sound level and the noise suppression amount equals a predetermined constant, and set the noise suppression amount at 1 in a case where the noise suppression amount is greater than 1, the reproduced noisy sound level being an estimated value of a magnitude of noise at a position of a passenger at the second sound collection and amplification position in a case where the first noise level is reproduced from a second speaker placed at the second sound collection and amplification position; and a noise suppressing part configured to multiply the first sound collection signal by the noise suppression amount and output a multiplication result to the second speaker placed at the second sound collection and amplification position.