mhurhangee/patent-ind-claim-en huggingface dataset:
A receptacle comprising: a first body defining an inlet and an outlet ; a spring retainer disposed in the first body and removable from the first body via the inlet; a valve seat disposed in the first body and removable from the first body via the inlet, the valve seat comprising: a second body , a sealing flange extending radially outwardly from the second body, and first and second annular extensions extending axially away from the second body to define an annular pocket ; a seat disc disposed in the annular pocket; a poppet slidably engaged with the spring retainer between a closed position and an open position and engageable with the seat disc; and a spring engaged with the spring retainer and with the poppet to urge the poppet against the seat disc, characterized in that the receptacle further comprises a seat ring engaged with the valve seat and the seat disc, the seat ring retaining the seat disc in the annular pocket, and the valve seat further comprises a sealing lip extending axially away from the sealing flange to define an annular channel with the second body and the sealing flange. a first body defining an inlet and an outlet ; a spring retainer disposed in the first body and removable from the first body via the inlet; a valve seat disposed in the first body and removable from the first body via the inlet, the valve seat comprising: a second body , a sealing flange extending radially outwardly from the second body, and first and second annular extensions extending axially away from the second body to define an annular pocket ; a second body , a sealing flange extending radially outwardly from the second body, and first and second annular extensions extending axially away from the second body to define an annular pocket ; a seat disc disposed in the annular pocket; a poppet slidably engaged with the spring retainer between a closed position and an open position and engageable with the seat disc; and a spring engaged with the spring retainer and with the poppet to urge the poppet against the seat disc, characterized in that the receptacle further comprises a seat ring engaged with the valve seat and the seat disc, the seat ring retaining the seat disc in the annular pocket, and the valve seat further comprises a sealing lip extending axially away from the sealing flange to define an annular channel with the second body and the sealing flange.
A wireless communication device for a vehicle , the wireless communication device comprising: at least one transceiver module for communicating via a wireless communication protocol; and a control module configured to: detect an unauthorized operation of the vehicle, and transmit a warning message to at least one entity outside the vehicle via the at least one transceiver module using an advertising packet of the wireless communication protocol, wherein the advertising packet comprises the warning message, wherein the control module is configured to determine information on a presence of a wireless key device within the vehicle using the at least one transceiver module, and to detect the unauthorized operation of the vehicle based on the information on the presence of the wireless key device within the vehicle, and wherein the control module is configured to determine the information on the presence of the wireless key device within the vehicle via the at least one transceiver module using the same wireless communication protocol. at least one transceiver module for communicating via a wireless communication protocol; and a control module configured to: detect an unauthorized operation of the vehicle, and transmit a warning message to at least one entity outside the vehicle via the at least one transceiver module using an advertising packet of the wireless communication protocol, wherein the advertising packet comprises the warning message, wherein the control module is configured to determine information on a presence of a wireless key device within the vehicle using the at least one transceiver module, and to detect the unauthorized operation of the vehicle based on the information on the presence of the wireless key device within the vehicle, and wherein the control module is configured to determine the information on the presence of the wireless key device within the vehicle via the at least one transceiver module using the same wireless communication protocol. detect an unauthorized operation of the vehicle, and transmit a warning message to at least one entity outside the vehicle via the at least one transceiver module using an advertising packet of the wireless communication protocol, wherein the advertising packet comprises the warning message, wherein the control module is configured to determine information on a presence of a wireless key device within the vehicle using the at least one transceiver module, and to detect the unauthorized operation of the vehicle based on the information on the presence of the wireless key device within the vehicle, and wherein the control module is configured to determine the information on the presence of the wireless key device within the vehicle via the at least one transceiver module using the same wireless communication protocol.
A multifunctional central suction system capable of remote monitoring, comprising a flow measurement device and a controller , wherein a negative pressure port of the flow measurement device is connected to a negative pressure air nozzle of the controller via a gas pipe , the flow measurement device comprises a measurement mechanism and a liquid bottle , the negative pressure port is arranged on the liquid bottle ; the measurement mechanism is provided with a first Bluetooth communication module, a communication module comprising a second Bluetooth communication module and a WiFi communication module is provided in the controller ; the first Bluetooth communication module on the measurement mechanism is in communication connection with the second Bluetooth communication module in the controller ; wherein the controller comprises a housing, a pressure detection control module, a second CPU , a second display module and a key module ; a negative pressure inlet and an oxygen inlet are provided sequentially on a wall of a rear housing of the housing; and an oxygen outlet and a negative pressure outlet are provided sequentially on a bottom of the housing; the pressure detection control module is provided in the housing, various corresponding electromagnetic valves of the pressure detection control module are connected to the negative pressure inlet , the oxygen inlet , the negative pressure outlet and the oxygen outlet via a pipe, respectively; the pressure detection control module, the second display module and the key module are respectively connected to the second CPU arranged inside the housing, the second display module is embedded into a front end surface of a front housing of the housing, the key module is arranged below the second display module on the front housing .
A vehicle rear body structure provided with a wheel house that includes a wheel house outer in a bulged shape to a cabin outer side, and a wheel house inner located on a cabin side from the wheel house outer , wherein the wheel house inner is provided with an inner-side reinforcement that extends in a vertical direction, in the wheel house outer , a bulged section that is formed to be bulged to the cabin outer side includes a wheel arch-shaped section that is formed in an arch shape configured to cover a rear wheel from above when seen in a vehicle side view, the wheel house outer is formed with a ridgeline section that extends upward above the wheel arch-shaped section along a bulged shape of the bulged section to the cabin outer side and at least a portion of which overlaps the inner-side reinforcement when seen in the vehicle side view, and in a portion above the wheel arch-shaped section in the bulged section , an upward extending section that is bulged to the cabin outer side is provided to extend upward from the wheel arch-shaped section , characterized in that the ridgeline section is formed along a bulged shape of the upward extending section to the cabin outer side. the wheel house inner is provided with an inner-side reinforcement that extends in a vertical direction, in the wheel house outer , a bulged section that is formed to be bulged to the cabin outer side includes a wheel arch-shaped section that is formed in an arch shape configured to cover a rear wheel from above when seen in a vehicle side view, the wheel house outer is formed with a ridgeline section that extends upward above the wheel arch-shaped section along a bulged shape of the bulged section to the cabin outer side and at least a portion of which overlaps the inner-side reinforcement when seen in the vehicle side view, and in a portion above the wheel arch-shaped section in the bulged section , an upward extending section that is bulged to the cabin outer side is provided to extend upward from the wheel arch-shaped section , characterized in that the ridgeline section is formed along a bulged shape of the upward extending section to the cabin outer side.
Pipe duct , particularly for a fresh air system of an internal combustion engine, - having a first and a second respectively shell-shaped hollow body part , which are connected to one another by means of a material-fitting connection , preferably by means of a welding connection or by means of an adhesive connection, and have a common bellows portion in which the pipe duct is formed as a bellows , - wherein the material-fitting connection is arranged externally to the bellows portion in a separation plane (E) and in the bellows portion partially externally to the separation plane (E), - wherein the bellows has bellows peaks and bellows grounds , which alternate along a longitudinal extension direction (L) of the bellows , characterised in that - the bellows peaks of the first pipe duct part finish in each case flush with the bellows peaks of the second pipe duct part and the bellows grounds of the first pipe duct part finish in each case flush with the bellows grounds of the second pipe duct part , such that in the bellows portion of the pipe duct the bellows peaks and the bellows grounds are formed so as to circulate in a completely closed manner along a circumferential direction, extending perpendicularly to the longitudinal extension direction (L), of the bellows . - having a first and a second respectively shell-shaped hollow body part , which are connected to one another by means of a material-fitting connection , preferably by means of a welding connection or by means of an adhesive connection, and have a common bellows portion in which the pipe duct is formed as a bellows , - wherein the material-fitting connection is arranged externally to the bellows portion in a separation plane (E) and in the bellows portion partially externally to the separation plane (E), - wherein the bellows has bellows peaks and bellows grounds , which alternate along a longitudinal extension direction (L) of the bellows , characterised in that - the bellows peaks of the first pipe duct part finish in each case flush with the bellows peaks of the second pipe duct part and the bellows grounds of the first pipe duct part finish in each case flush with the bellows grounds of the second pipe duct part , such that in the bellows portion of the pipe duct the bellows peaks and the bellows grounds are formed so as to circulate in a completely closed manner along a circumferential direction, extending perpendicularly to the longitudinal extension direction (L), of the bellows .
A method for producing a wavelength conversion member (1; 11) having a first principal surface (1a; 11a) and a second principal surface (1b; 11b) opposed to each other, the wavelength conversion member (1; 11) comprising: a glass matrix ; and phosphor particles disposed in the glass matrix , wherein concentrations of the phosphor particles in the first principal surface (1a; 11a) and in the second principal surface (1b; 11b) are higher than concentrations of the phosphor particles in portions 20 μm inward from the first principal surface (1a; 11a) and 20 μm inward from the second principal surface (1b; 11b), and the thickness of the wavelength conversion member (1; 11) is in a range of 0.01 mm to 1 mm, the method comprising the steps of: preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; applying the slurry to substrates, drying the slurry , and allowing the phosphor particles to sediment downward before completion of the drying to obtain first and second green sheets in each of which a concentration of the phosphor particles in an under surface is higher than a concentration of the phosphor particles in a top surface ; and stacking the first and second green sheets so as to superpose the top surfaces thereof and bonding and firing the first and second green sheets together. a glass matrix ; and phosphor particles disposed in the glass matrix , wherein concentrations of the phosphor particles in the first principal surface (1a; 11a) and in the second principal surface (1b; 11b) are higher than concentrations of the phosphor particles in portions 20 μm inward from the first principal surface (1a; 11a) and 20 μm inward from the second principal surface (1b; 11b), and the thickness of the wavelength conversion member (1; 11) is in a range of 0.01 mm to 1 mm, the method comprising the steps of: preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; applying the slurry to substrates, drying the slurry , and allowing the phosphor particles to sediment downward before completion of the drying to obtain first and second green sheets in each of which a concentration of the phosphor particles in an under surface is higher than a concentration of the phosphor particles in a top surface ; and stacking the first and second green sheets so as to superpose the top surfaces thereof and bonding and firing the first and second green sheets together. preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; applying the slurry to substrates, drying the slurry , and allowing the phosphor particles to sediment downward before completion of the drying to obtain first and second green sheets in each of which a concentration of the phosphor particles in an under surface is higher than a concentration of the phosphor particles in a top surface ; and stacking the first and second green sheets so as to superpose the top surfaces thereof and bonding and firing the first and second green sheets together.
An electrically driven pump, comprises a first housing and a second housing , and the second housing comprises a side wall and a bottom , and an inner cavity of the second housing comprises a space enclosed by the side wall and the bottom , a circuit board is arranged in the inner cavity of the second housing , the electrically driven pump further comprises a heat dissipating assembly configured to dissipate heat of the circuit board , the heat dissipating assembly is fixedly connected to the second housing , the heat dissipating assembly comprises a heat conducting portion and a heat dissipating portion , the heat conducting portion is arranged in the inner cavity of the second housing , and the heat dissipating portion is arranged outside the inner cavity of the second housing , the heat conducting portion and the heat dissipating portion are both made of a metal material, the heat dissipating portion comprises a first metal plate and heat dissipating fins , the first metal plate comprises a first surface and a second surface , and the heat dissipating fins are distributed on the first surface of the first metal plate , and the second surface of the first metal plate is in contact with the heat conducting portion and fixed to the heat conducting portion ; wherein a radial outer edge of the first metal plate is approximately flush with an outer surface of the side wall of the second housing , or the radial outer edge of the first metal plate is located within an extending portion of the outer surface of the side wall of the second housing , wherein the first metal plate has an approximately sector shape, an arc length of the radial outer edge of the first metal plate is greater than an arc length of a radial inner edge of the first metal plate , at least two layers of the heat dissipating fins are arranged from the radial outer edge of the first metal plate to the radial inner edge of the first metal plate , each layer of the heat dissipating fins is arranged in a form of a circular arc, and the heat dissipating fins have gradually decreased widths and gradually increased heights in a direction from the radial outer edge of the first metal plate towards the radial inner edge of the first metal plate .
A camera , comprising: an optics module comprising a lens assembly that includes N lens elements L I -L N starting with L 1 on an object side, wherein 5 ≤ N ≤ 7; an image sensor having a sensor diagonal S D in the range of 5-30mm; and a pop-out mechanism configured to control at least one air-gap between lens elements or between a lens element and the image sensor to bring the camera to an operative pop-out state and to a collapsed state, wherein the lens assembly has a total track length TTL in the operative pop-out state and a collapsed total track length cTTL in the collapsed state, and wherein cTTL/ S D < 0.6. an optics module comprising a lens assembly that includes N lens elements L I -L N starting with L 1 on an object side, wherein 5 ≤ N ≤ 7; an image sensor having a sensor diagonal S D in the range of 5-30mm; and a pop-out mechanism configured to control at least one air-gap between lens elements or between a lens element and the image sensor to bring the camera to an operative pop-out state and to a collapsed state, wherein the lens assembly has a total track length TTL in the operative pop-out state and a collapsed total track length cTTL in the collapsed state, and wherein cTTL/ S D < 0.6.
A heat exchanger comprising: an inlet manifold configured to receive a cooling fluid; a reservoir ; first and second condenser arms connected between, and respectively fluidly coupling, the inlet manifold and the reservoir, so that fluid received at the inlet manifold travels from the inlet manifold into the reservoir; and an outlet pump having a pump inlet port coupled to the reservoir and having a pump outlet port, characterized in that the inlet manifold, the reservoir, the first and second condensers, in combination, form a continuous shape. an inlet manifold configured to receive a cooling fluid; a reservoir ; first and second condenser arms connected between, and respectively fluidly coupling, the inlet manifold and the reservoir, so that fluid received at the inlet manifold travels from the inlet manifold into the reservoir; and an outlet pump having a pump inlet port coupled to the reservoir and having a pump outlet port, characterized in that the inlet manifold, the reservoir, the first and second condensers, in combination, form a continuous shape.
A breastmilk expression system comprising: a movable pressure system member disposed in the system, the movable pressure system member configured for movement between a first position and a second position, , a pressure generating chamber, an aperture in the pressure generating chamber, and a sensor, a valve configured to minimize a pressure differential between the pressure generating chamber and a volume outside the pressure generating chamber through the aperture , the valve actuable to an open position upon the movable pressure system member reaching the second position and the valve configured to indicate a position to the sensor in the system; characterized in that the movable pressure system member is a piston configured to generate a vacuum within the pressure generating chamber ; and that the valve includes a post extending through the aperture , the post being selectively engaged by the piston , actuation of the valve from a first, sealed position sealing the aperture and a second, open position unsealing the aperture initiated by the piston coming into contact with the post . a movable pressure system member disposed in the system, the movable pressure system member configured for movement between a first position and a second position, , a pressure generating chamber, an aperture in the pressure generating chamber, and a sensor, a valve configured to minimize a pressure differential between the pressure generating chamber and a volume outside the pressure generating chamber through the aperture , the valve actuable to an open position upon the movable pressure system member reaching the second position and the valve configured to indicate a position to the sensor in the system; characterized in that the movable pressure system member is a piston configured to generate a vacuum within the pressure generating chamber ; and that the valve includes a post extending through the aperture , the post being selectively engaged by the piston , actuation of the valve from a first, sealed position sealing the aperture and a second, open position unsealing the aperture initiated by the piston coming into contact with the post .
A passive Q-switch pulse laser device comprising: a laser medium disposed between a pair of reflection means forming an optical resonator , the laser medium being configured to emit emission light when excited by specific excitation light ; and a saturable absorber disposed on an optical axis of the optical resonator and on a downstream side of the laser medium between the pair of reflection means , the saturable absorber having a transmittance configured to increase by absorption of the emission light , at least one of the pair of reflection means being a polarizing element, said polarizing element being a photonic crystal polarizing element including a photonic crystal, said polarizing element having different reflectances with respect to the respective pieces of emission light in polarization directions orthogonal to each other, characterized in that said photonic crystal comprises a plurality of layers each having a thickness substantially the same as the wavelength of the emission light . a laser medium disposed between a pair of reflection means forming an optical resonator , the laser medium being configured to emit emission light when excited by specific excitation light ; and a saturable absorber disposed on an optical axis of the optical resonator and on a downstream side of the laser medium between the pair of reflection means , the saturable absorber having a transmittance configured to increase by absorption of the emission light , at least one of the pair of reflection means being a polarizing element, said polarizing element being a photonic crystal polarizing element including a photonic crystal, said polarizing element having different reflectances with respect to the respective pieces of emission light in polarization directions orthogonal to each other, characterized in that said photonic crystal comprises a plurality of layers each having a thickness substantially the same as the wavelength of the emission light .