mhurhangee/patent-ind-claim-en huggingface dataset:
A bassinet, comprising: a support frame comprising at least one leg ; and a child receiving portion supported by the at least one leg of the support frame, the child receiving portion comprising an upper frame member , a floor for supporting a child within the child receiving portion spaced apart from the upper frame member, and a sidewall extending between the upper frame member and the floor, the sidewall including a layered mesh having a light transmittance coefficient, wherein the light transmittance coefficient is less than a first threshold at which brightness of light passing into the child-receiving portion via the layered mesh decreases by thirty percent and greater than a second threshold at which the layered mesh is opaque to a view point outside the child-receiving portion and located along an axis passing through the child receiving portion and the layered mesh. a support frame comprising at least one leg ; and a child receiving portion supported by the at least one leg of the support frame, the child receiving portion comprising an upper frame member , a floor for supporting a child within the child receiving portion spaced apart from the upper frame member, and a sidewall extending between the upper frame member and the floor, the sidewall including a layered mesh having a light transmittance coefficient, wherein the light transmittance coefficient is less than a first threshold at which brightness of light passing into the child-receiving portion via the layered mesh decreases by thirty percent and greater than a second threshold at which the layered mesh is opaque to a view point outside the child-receiving portion and located along an axis passing through the child receiving portion and the layered mesh.
A transfer assist pull handle comprising: at least one mounting bar ; at least one extension tube , wherein the extension tube is movably engaged with the mounting bar to move at least longitudinally and at least rotationally with respect to the mounting bar; at least one grasping handle formed on the extension tube; a least one hinge in the at least one grasping handle; at least one clamp attached to the at least one mounting bar for affixing the transfer pull assist handle to another object; and at least one locking mechanism that locks the at least one extension tube into position with respect to the at least one grasping handle. at least one mounting bar ; at least one extension tube , wherein the extension tube is movably engaged with the mounting bar to move at least longitudinally and at least rotationally with respect to the mounting bar; at least one grasping handle formed on the extension tube; a least one hinge in the at least one grasping handle; at least one clamp attached to the at least one mounting bar for affixing the transfer pull assist handle to another object; and at least one locking mechanism that locks the at least one extension tube into position with respect to the at least one grasping handle.
Method for performing an autonomous driving process of a motor vehicle, wherein - a driver of the vehicle sitting on a driver's seat is detected by means of at least one camera oriented into a vehicle interior, characterised in that - the driver is detected by means of at least one further camera (3.1 to 3.n) during and after leaving the vehicle interior, if he was previously detected by means of at the least one camera after finishing a journey, - a line of gaze of the driver is determined from data (D1 to Dn) gathered by means of the at least one further camera (3.1 to 3.n), and - the execution of the autonomous driving process is exclusively enabled if it is detected that the driver directs his gaze towards the vehicle. - a driver of the vehicle sitting on a driver's seat is detected by means of at least one camera oriented into a vehicle interior, characterised in that - the driver is detected by means of at least one further camera (3.1 to 3.n) during and after leaving the vehicle interior, if he was previously detected by means of at the least one camera after finishing a journey, - a line of gaze of the driver is determined from data (D1 to Dn) gathered by means of the at least one further camera (3.1 to 3.n), and - the execution of the autonomous driving process is exclusively enabled if it is detected that the driver directs his gaze towards the vehicle.
Lifting unit for lifting and lowering a container in a container treatment assembly, comprising a container holder for receiving and holding a container and a lifting apparatus for lifting and lowering the container holder , wherein the lifting unit furthermore has a locking device for locking the container holder in a predetermined position, the locking device is magnetic, the locking device comprises a magnet for fixing and releasing a position of the container holder , characterised in that an anchor is situated opposite the magnet which can be attracted by the magnet for locking the container holder , and the locking device is configured such that, in the locked state of the container holder , the anchor is attracted by the magnetic field which emanates from the magnet and the anchor and the magnet have two smooth contact surfaces extending parallel to one another which in the locked state are in direct contact with one another.
A floor cleaning machine comprising a handle unit for operating the floor cleaning machine and a dead man's switch with an actuation unit , wherein - the actuation unit is retained on the handle unit by means of a first region ; - the actuation unit has a second region which is swivelable relative to the first region ; and - the second region is retained on the first region as a single piece by means of a hinge device , a swivel position of the second region relative to the first region determining whether the dead man's switch is operational or non-operational, a restoring spring device being associated with the actuation unit , a spring force of the restoring spring device having to be overcome for an operational position of the actuation unit . - the actuation unit is retained on the handle unit by means of a first region ; - the actuation unit has a second region which is swivelable relative to the first region ; and - the second region is retained on the first region as a single piece by means of a hinge device ,
A system for encapsulating a workpiece , the system comprising: a casting station configured to cast an encapsulation around a workpiece ; a cooling station (22, 74, 122; 222) having an enclosure (66, 66a, 66b, 66c; 266) configured to receive the encapsulation and workpiece ; and characterised by a vortex tube (42, 42a, 42b, 42c; 242, 242a, 242b, 242c) having an inlet for receiving pressurized air, a first outlet fluidly connected to the inlet for delivering cooler air to the enclosure (66, 66a-c; 266), and an annular second outlet fluidly connected to the inlet for delivering hotter air to outside the enclosure (66, 66a-c; 266); wherein the vortex tube (42; 242) includes an elongated pipe having the second outlet at a first end , the first outlet at a second end , and the inlet proximate and tangential to the first outlet configured to generate a swirling flow propagating radially outward and lengthwise inside the pipe toward the second outlet . a casting station configured to cast an encapsulation around a workpiece ; a cooling station (22, 74, 122; 222) having an enclosure (66, 66a, 66b, 66c; 266) configured to receive the encapsulation and workpiece ; and characterised by a vortex tube (42, 42a, 42b, 42c; 242, 242a, 242b, 242c) having an inlet for receiving pressurized air, a first outlet fluidly connected to the inlet for delivering cooler air to the enclosure (66, 66a-c; 266), and an annular second outlet fluidly connected to the inlet for delivering hotter air to outside the enclosure (66, 66a-c; 266); wherein the vortex tube (42; 242) includes an elongated pipe having the second outlet at a first end , the first outlet at a second end , and the inlet proximate and tangential to the first outlet configured to generate a swirling flow propagating radially outward and lengthwise inside the pipe toward the second outlet .
A method of transmitting a signal by a user equipment, UE, based on a shared resource capable of being shared with a different UE in a wireless communication system, the method comprising: receiving configuration information about the shared resource from a base station, wherein the configuration information indicates a reference signal sequence set, which is a set of available reference signal parameters for transmitting a reference signal (S1301, S1303), wherein the reference signal sequence set is interlocked with a predetermined region to which the angle of arrival of a downlink reference signal belongs to (S1305), wherein the reference signal is generated based on a specific sequence randomly selected from the reference signal sequence set designated for the shared resource (S1307); mapping the reference signal to the shared resource based on the configuration information (S1309); and transmitting the signal including the reference signal and data to a base station. receiving configuration information about the shared resource from a base station, wherein the configuration information indicates a reference signal sequence set, which is a set of available reference signal parameters for transmitting a reference signal (S1301, S1303), wherein the reference signal sequence set is interlocked with a predetermined region to which the angle of arrival of a downlink reference signal belongs to (S1305), wherein the reference signal is generated based on a specific sequence randomly selected from the reference signal sequence set designated for the shared resource (S1307); mapping the reference signal to the shared resource based on the configuration information (S1309); and transmitting the signal including the reference signal and data to a base station.
A reversible system for generating electricity with a solid oxide fuel cell (SOFC) comprising: - a fuel cell (SOFC) comprising at least one solid oxide individual electrochemical cell each formed of a cathode, an anode and an electrolyte inserted between the cathode and the anode; - a gas-liquid phase separator , connected to the outlet of the fuel cell; - a methanation reactor , suitable for carrying out a methanation reaction, the inlet of which is connected to the outlet of the phase separator and the outlet of which is connected to the inlet of the fuel cell so that the mixture resulting from the methanation reactor is introduced into the fuel cell; - a tank for reversible storage of hydrogen, suitable for storing hydrogen, the outlet of which is connected to the inlet of the methanation reactor, the system being configured such that to make circulate the carbon-based species transformed both in the fuel cell and in the methanation reactor, in a closed loop. - a fuel cell (SOFC) comprising at least one solid oxide individual electrochemical cell each formed of a cathode, an anode and an electrolyte inserted between the cathode and the anode; - a gas-liquid phase separator , connected to the outlet of the fuel cell; - a methanation reactor , suitable for carrying out a methanation reaction, the inlet of which is connected to the outlet of the phase separator and the outlet of which is connected to the inlet of the fuel cell so that the mixture resulting from the methanation reactor is introduced into the fuel cell; - a tank for reversible storage of hydrogen, suitable for storing hydrogen, the outlet of which is connected to the inlet of the methanation reactor,
A vacuum cleaner comprising: a cleaner body including a suction motor to generate suction force; a suction part communicating with the cleaner body and suctioning air and dust; and a battery assembly to supply a power to the suction motor , wherein the battery assembly includes: a battery unit , a battery terminal , a switch to connect or disconnect the battery unit and the battery terminal , and a battery case to accommodate the battery unit , characterized in that the cleaner body includes a body to support the battery assembly and a switching operation part to operate the switch to turn the switch on when the battery assembly is mounted on the cleaner body , wherein a plurality of cover guides protrudes from the battery case , wherein the body includes a plurality of body guides , and wherein, when the plurality of cover guides is supported by the plurality of body guides , the switching operation part operates the switch . a cleaner body including a suction motor to generate suction force; a suction part communicating with the cleaner body and suctioning air and dust; and a battery assembly to supply a power to the suction motor , wherein the battery assembly includes: a battery unit , a battery terminal , a switch to connect or disconnect the battery unit and the battery terminal , and a battery case to accommodate the battery unit , characterized in that the cleaner body includes a body to support the battery assembly and a switching operation part to operate the switch to turn the switch on when the battery assembly is mounted on the cleaner body , wherein a plurality of cover guides protrudes from the battery case , wherein the body includes a plurality of body guides , and wherein, when the plurality of cover guides is supported by the plurality of body guides , the switching operation part operates the switch . a battery unit , a battery terminal , a switch to connect or disconnect the battery unit and the battery terminal , and a battery case to accommodate the battery unit , characterized in that the cleaner body includes a body to support the battery assembly and a switching operation part to operate the switch to turn the switch on when the battery assembly is mounted on the cleaner body , wherein a plurality of cover guides protrudes from the battery case , wherein the body includes a plurality of body guides , and wherein, when the plurality of cover guides is supported by the plurality of body guides , the switching operation part operates the switch .
A system for renal replacement therapy comprising a blood treatment unit arranged to be connected to a blood circuit for extracorporeal circulation of blood comprising an arterial line and a venous line , wherein the blood treatment unit comprises a blood compartment and a fluid compartment separated by a semipermeable membrane , the system further comprises: - a blood pump arranged to create a blood flow rate Q B in the arterial line ; - a pre-dilution line arranged for infusion of substitution fluid upstream the treatment unit ; - a post-dilution line arranged for infusion of substitution fluid downstream the treatment unit ; - flow control means arranged to regulate a pre-dilution flow rate Q pre of substitution fluid in the pre-dilution line and a post-dilution flow rate Q post of substitution fluid in the post-dilution line ; - a control unit configured to control the system according to control instructions characterized in that the control instructions comprise to, during a treatment, determine a system parameter value and an indication of membrane fouling of the membrane based on a predetermined criterion for the determined system parameter value, and activate an automatic anti-fouling measure comprising a temporary increase of the pre-dilution flow rate Q pre and a temporary decrease of the post-dilution flow rate Q post from their present flow rates, respectively, during at least one time period Δt1, in order to create a flushing of the blood treatment unit , wherein the temporary increase comprises an increase of the pre-dilution flow rate Q pre to more than 100% of a value the post-dilution flow rate Q post had before the anti-fouling measure was activated. - a blood pump arranged to create a blood flow rate Q B in the arterial line ; - a pre-dilution line arranged for infusion of substitution fluid upstream the treatment unit ; - a post-dilution line arranged for infusion of substitution fluid downstream the treatment unit ; - flow control means arranged to regulate a pre-dilution flow rate Q pre of substitution fluid in the pre-dilution line and a post-dilution flow rate Q post of substitution fluid in the post-dilution line ; - a control unit configured to control the system according to control instructions characterized in that the control instructions comprise to, during a treatment, determine a system parameter value and an indication of membrane fouling of the membrane based on a predetermined criterion for the determined system parameter value, and activate an automatic anti-fouling measure comprising a temporary increase of the pre-dilution flow rate Q pre and a temporary decrease of the post-dilution flow rate Q post from their present flow rates, respectively, during at least one time period Δt1, in order to create a flushing of the blood treatment unit , wherein the temporary increase comprises an increase of the pre-dilution flow rate Q pre to more than 100% of a value the post-dilution flow rate Q post had before the anti-fouling measure was activated.
An aerosol-generating device comprising: a housing comprising a drawer receptacle ; a drawer moveably coupled to the housing and receivable in the drawer receptacle, the drawer defining a cartridge receptacle to removably receive a cartridge comprising an aerosol-forming substrate , wherein the drawer is movable between an open position and a closed position in a first direction ; and a heating element configured for heating the aerosol-forming substrate in a cartridge when a cartridge is received in the cartridge receptacle and the drawer is in the closed position, wherein the aerosol-generating device is configured to move at least one of the heating element and the cartridge received in the cartridge receptacle in a repositioning direction to approximate the heating element and the cartridge, in response to moving the drawer from the open position to the closed position, wherein the repositioning direction is different to the first direction. a housing comprising a drawer receptacle ; a drawer moveably coupled to the housing and receivable in the drawer receptacle, the drawer defining a cartridge receptacle to removably receive a cartridge comprising an aerosol-forming substrate , wherein the drawer is movable between an open position and a closed position in a first direction ; and a heating element configured for heating the aerosol-forming substrate in a cartridge when a cartridge is received in the cartridge receptacle and the drawer is in the closed position, wherein the aerosol-generating device is configured to move at least one of the heating element and the cartridge received in the cartridge receptacle in a repositioning direction to approximate the heating element and the cartridge, in response to moving the drawer from the open position to the closed position, wherein the repositioning direction is different to the first direction.
A method for producing a porous film, the method comprising: a step of oxidizing a (A') fiber material including a cellulose fiber so as to prepare a modified cellulose fiber in which at least a part of the cellulose fiber is oxidized; a step of preparing a dispersion liquid by mixing a (A) fiber material including the modified cellulose fiber and (B) an organic solvent with each other; a step of applying the dispersion liquid to a base material so as to form a coating film; and a step of drying the coating film so as to form a porous film, wherein the modified cellulose fiber includes 0.1 mmol/g or more and 3.0 mmol/g or less of a carboxy group or a metal salt thereof, an amount of water with respect to the total amount of the dispersion liquid is 5% by mass or less, the (B) organic solvent is glycol, glycol monoalkyl ether, glycol alkyl ether acetate, lactone, linear or cyclic ketone, alkane monool, or an aprotic polar solvent, and wherein the Hansen solubility parameters for the (B) organic solvent, when a term of energy by dipolar interaction is represented by δp [unit: (MPa) 0.5 ] and a term of energy by hydrogen bonding is represented by δh [unit: (MPa) 0.5 ], a value of (δp 2 +δh 2 ) 0.5 is 9.0(MPa) 0.5 or more and 40.0(Mpa) 0.5 or less. a step of oxidizing a (A') fiber material including a cellulose fiber so as to prepare a modified cellulose fiber in which at least a part of the cellulose fiber is oxidized; a step of preparing a dispersion liquid by mixing a (A) fiber material including the modified cellulose fiber and (B) an organic solvent with each other; a step of applying the dispersion liquid to a base material so as to form a coating film; and a step of drying the coating film so as to form a porous film, wherein the modified cellulose fiber includes 0.1 mmol/g or more and 3.0 mmol/g or less of a carboxy group or a metal salt thereof, an amount of water with respect to the total amount of the dispersion liquid is 5% by mass or less, the (B) organic solvent is glycol, glycol monoalkyl ether, glycol alkyl ether acetate, lactone, linear or cyclic ketone, alkane monool, or an aprotic polar solvent, and wherein the Hansen solubility parameters for the (B) organic solvent, when a term of energy by dipolar interaction is represented by δp [unit: (MPa) 0.5 ] and a term of energy by hydrogen bonding is represented by δh [unit: (MPa) 0.5 ], a value of (δp 2 +δh 2 ) 0.5 is 9.0(MPa) 0.5 or more and 40.0(Mpa) 0.5 or less. an amount of water with respect to the total amount of the dispersion liquid is 5% by mass or less, the (B) organic solvent is glycol, glycol monoalkyl ether, glycol alkyl ether acetate, lactone, linear or cyclic ketone, alkane monool, or an aprotic polar solvent, and wherein the Hansen solubility parameters for the (B) organic solvent, when a term of energy by dipolar interaction is represented by δp [unit: (MPa) 0.5 ] and a term of energy by hydrogen bonding is represented by δh [unit: (MPa) 0.5 ], a value of (δp 2 +δh 2 ) 0.5 is 9.0(MPa) 0.5 or more and 40.0(Mpa) 0.5 or less.
A method of forming a sheet metal material fed from a coil of material, the method comprising the steps of locating a sheet metal material between a pair of tools and moving the tools such that the tools form simultaneously a pattern of projections and depressions on both major surfaces of the sheet metal material by cold work hardening on or in a first portion of the sheet metal material and indicia by embossing in a second portion of the sheet metal material at an interruption in the pattern of projections and depressions, where a projection on one major surface comprises a corresponding depression on the other major surface, and wherein the form of the indicia is indicative of the alignment between the tools .