mhurhangee/patent-ind-claim-en huggingface dataset:
A biological sample processing apparatus comprising: an enclosure ; a control unit ; and a plurality of sample processing modules (102a-p,200) and at least one module which is a sample preparation module (110m-p,200) held by the enclosure , each sample processing module (102a-p,200) and the sample preparation module (102m-p,200) configured to hold a removable sample cartridge ; wherein each of the plurality of sample processing modules and the at least one sample preparation module is removable and independently controllable by the control unit so that different chemical reactions and sample preparation can be run simultaneously in the apparatus ; wherein each sample processing module (102a-p,200) is configured to only perform sample processing on a sample within the corresponding removable sample cartridge ; each sample processing module (102a-p,200) configured to perform at least one of a plurality of testing processes on the sample within the removable sample cartridge , wherein at least one module (102a-p,200) in the apparatus is configured to perform nucleic acid amplification and detection, and wherein the at least one sample preparation module (102m-p,200) in the apparatus is configured to only perform sample preparation. an enclosure ; a control unit ; and a plurality of sample processing modules (102a-p,200) and at least one module which is a sample preparation module (110m-p,200) held by the enclosure , each sample processing module (102a-p,200) and the sample preparation module (102m-p,200) configured to hold a removable sample cartridge ; wherein each of the plurality of sample processing modules and the at least one sample preparation module is removable and independently controllable by the control unit so that different chemical reactions and sample preparation can be run simultaneously in the apparatus ; wherein each sample processing module (102a-p,200) is configured to only perform sample processing on a sample within the corresponding removable sample cartridge ; each sample processing module (102a-p,200) configured to perform at least one of a plurality of testing processes on the sample within the removable sample cartridge , wherein at least one module (102a-p,200) in the apparatus is configured to perform nucleic acid amplification and detection, and wherein the at least one sample preparation module (102m-p,200) in the apparatus is configured to only perform sample preparation.
Fluid circuit comprising a 3-way valve comprising a central channel into which opens an inlet port , a first outlet port and a second outlet port , the 3-way valve further comprising an adjustment device simultaneously ensuring the opening, respectively the closing of the first outlet port and the closing respectively the opening of the second outlet port so that the closing speed of the first outlet port is faster than the opening speed of the second outlet port , characterized in that the fluid circuit is a cooling circuit comprising a first component connected to the first outlet port and a second component connected to the second outlet port, the pressure drop generated by the first component in the 3-way valve being lower than the pressure drop generated by the second component in the 3-way valve.
A valve cup for use with a container for dispensing a fluid medium stored under pressure, the valve cup adapted to support a valve and to seal an opening of the container , wherein: the valve cup comprises a central opening that is adapted to receive and support the valve ; characterised in that the valve cup is formed from a first plastic material that is a semi-crystalline polyester and in that the valve cup comprises one or more enforcing members radially protruding from the central opening , the one or more enforcing members integrally formed with the valve cup and adapted to increase the rigidity of the valve cup . the valve cup comprises a central opening that is adapted to receive and support the valve ; characterised in that the valve cup is formed from a first plastic material that is a semi-crystalline polyester and in that the valve cup comprises one or more enforcing members radially protruding from the central opening , the one or more enforcing members integrally formed with the valve cup and adapted to increase the rigidity of the valve cup .
A molded article comprising a resin part formed with a thermoplastic resin composition, the thermoplastic resin composition comprising: thermoplastic resins; and micronized cellulose, wherein at least one of the thermoplastic resins is a resin having in a polymer molecule at least one group selected from a group containing a partial structure of an acid anhydride and a group containing an acylated cellulose structure; wherein the resin having in a polymer molecule at least one group selected from a group containing a partial structure of an acid anhydride is an unsaturated carboxylic anhydride-modified resin, which is acid-modified with an unsaturated carboxylic anhydride; wherein the thermoplastic resin composition comprises an ionic compound represented by the following formula or : wherein Z 1 represents =C(Ra)- or =N-, wherein Ra represents a hydrogen atom or a substituent; L1 represents a divalent linking group; R 1 to R 5 each independently represent an alkyl group, an alkenyl group, a cycloalkyl group, an aryl group, or a heterocyclic group; at least two of R 2 to R 5 are optionally bonded to each other to form a ring; and X - represents an anion; wherein the micronized cellulose is a plant-derived, fibrous cellulose; wherein the molded article is a lamp body of a lighting appliance, a speaker unit, a connection box, a connector, or a pulley; and the acylated cellulose structure is obtained by the reaction of the acid anhydride part of the resin and hydroxy group on the hydrophilic surface of the fibrous cellulose. thermoplastic resins; and micronized cellulose, wherein at least one of the thermoplastic resins is a resin having in a polymer molecule at least one group selected from a group containing a partial structure of an acid anhydride and a group containing an acylated cellulose structure; wherein the resin having in a polymer molecule at least one group selected from a group containing a partial structure of an acid anhydride is an unsaturated carboxylic anhydride-modified resin, which is acid-modified with an unsaturated carboxylic anhydride; wherein the thermoplastic resin composition comprises an ionic compound represented by the following formula or : wherein Z 1 represents =C(Ra)- or =N-, wherein Ra represents a hydrogen atom or a substituent; L1 represents a divalent linking group; R 1 to R 5 each independently represent an alkyl group, an alkenyl group, a cycloalkyl group, an aryl group, or a heterocyclic group; at least two of R 2 to R 5 are optionally bonded to each other to form a ring; and X - represents an anion; wherein the micronized cellulose is a plant-derived, fibrous cellulose; wherein the molded article is a lamp body of a lighting appliance, a speaker unit, a connection box, a connector, or a pulley; and the acylated cellulose structure is obtained by the reaction of the acid anhydride part of the resin and hydroxy group on the hydrophilic surface of the fibrous cellulose.
Method for decreasing the desorption enthalpy of a discharged high enthalpy sorption material that comprises a sorbed sorbate and that is at least partially discharged, wherein said method comprises a step 1) of reacting said discharged high enthalpy sorption material in a redox reaction to provide a discharged low enthalpy sorption material.
A method to be performed by a relay drone, comprising the steps of: receiving, at the relay drone , a relay drone control signal generated by a base station , the relay drone configured to maintain a navigational pattern in response to receiving the relay drone control signal; receiving a working drone control signal generated by the base station , the working drone control signal configured to control a working drone ; sending the working drone control signal to a working drone location; receiving a data signal generated by the working drone ; sending the data signal to a base station location; and characterized in further comprising the step of: moving from a first relay drone location to a second relay drone location with greater working drone control signal reception than the first relay drone location. receiving, at the relay drone , a relay drone control signal generated by a base station , the relay drone configured to maintain a navigational pattern in response to receiving the relay drone control signal; receiving a working drone control signal generated by the base station , the working drone control signal configured to control a working drone ; sending the working drone control signal to a working drone location; receiving a data signal generated by the working drone ; sending the data signal to a base station location; and characterized in further comprising the step of: moving from a first relay drone location to a second relay drone location with greater working drone control signal reception than the first relay drone location.
A control method executed by a computer, the computer being communicatively coupled to a terminal device via a network (N), the terminal device including a browser for displaying an authentication screen of a service at the terminal device, wherein an authenticator is built in or coupled to the terminal device, the method comprising: receiving (S64; 3) a random number and a program to identifiably display the authentication screen transmitted from the authenticator in response to the authenticator receiving a first authentication request from the browser; transmitting (S68; 4) the received program to the terminal device for identifiably displaying the authentication screen by the browser at the terminal device; and transmitting (S70; 5) a second authentication request to the authenticator, to request the authenticator to execute authentication processing, the second authentication request including the random number. receiving (S64; 3) a random number and a program to identifiably display the authentication screen transmitted from the authenticator in response to the authenticator receiving a first authentication request from the browser; transmitting (S68; 4) the received program to the terminal device for identifiably displaying the authentication screen by the browser at the terminal device; and transmitting (S70; 5) a second authentication request to the authenticator, to request the authenticator to execute authentication processing, the second authentication request including the random number.
A fastener tape assembly comprising: a fastening component defining a first face for affixment to a disposable article or substrate and an oppositely directed second face ; a connecting component , wherein the connecting component comprises: a bonding component defining a first face for affixment to a disposable article or substrate and an oppositely directed second face ; and an extension component generally disposed between the fastening component and the bonding component ; wherein the first face of the fastening component is at least partially covered by an adhesive; wherein the first face of the bonding component is at least partially covered by an adhesive; and wherein the extension component comprises a folded edge and further comprises an adhesive-free portion between the folded edge of the extension component and the bonding component . a fastening component defining a first face for affixment to a disposable article or substrate and an oppositely directed second face ; a connecting component , wherein the connecting component comprises: a bonding component defining a first face for affixment to a disposable article or substrate and an oppositely directed second face ; and an extension component generally disposed between the fastening component and the bonding component ; a bonding component defining a first face for affixment to a disposable article or substrate and an oppositely directed second face ; and an extension component generally disposed between the fastening component and the bonding component ; wherein the first face of the fastening component is at least partially covered by an adhesive; wherein the first face of the bonding component is at least partially covered by an adhesive; and wherein the extension component comprises a folded edge and further comprises an adhesive-free portion between the folded edge of the extension component and the bonding component .
A process for the preparation of a material comprising at least silicon particles and silicon nanowires, said process comprising at least the following stages: the introduction, into a chamber of a reactor, of at least: - silicon particles, and - a catalyst, the introduction, into the chamber of the reactor, of a precursor composition of the silicon nanowires which comprises at least one precursor compound of the silicon nanowires chosen from a silane compound or a mixture of silane compounds, the decrease in the content of molecular oxygen in the chamber of the reactor, the application of a heat treatment at a temperature ranging from 270°C to 600°C, and the recovery of the product. the introduction, into a chamber of a reactor, of at least: - silicon particles, and - a catalyst, - silicon particles, and - a catalyst, the introduction, into the chamber of the reactor, of a precursor composition of the silicon nanowires which comprises at least one precursor compound of the silicon nanowires chosen from a silane compound or a mixture of silane compounds, the decrease in the content of molecular oxygen in the chamber of the reactor, the application of a heat treatment at a temperature ranging from 270°C to 600°C, and the recovery of the product.
Deep fryer tank made of deep-drawn metal material, having a bottom and a plurality of sides connected to the bottom by curves , at least one of the sides having at least one lateral stiffening indentation forming a lateral recess extending in one direction, characterised in that said at least one of the sides has at least one other lateral stiffening indentation forming another lateral recess extending in another direction, and in that said at least one lateral stiffening indentation intersects said at least one other lateral stiffening indentation .
A user identification device using radio-frequency ,RF, radar, the user identification device comprising: a transmitter for transmitting RF signals into a body part of a user; a receiver for receiving the RF signals transmitted from the transmitter and having passed through the body part of the user; a memory for storing parameters of a classification algorithm trained with the RF signals having passed through the body part of the user; and a processor for identifying the user by analyzing the received RF signals based on the trained classification algorithm by using the parameters in response to receiving the RF signals having passed through the body part, through the receiver ; wherein the processor is configured to: scatter the RF signals into the body part of the user, through the transmitter ; obtain the parameters by training the classification algorithm with the RF signals when the RF signals, having passed through the body part of the user, are received through the receiver ; and store the obtained parameters in the memory . a transmitter for transmitting RF signals into a body part of a user; a receiver for receiving the RF signals transmitted from the transmitter and having passed through the body part of the user; a memory for storing parameters of a classification algorithm trained with the RF signals having passed through the body part of the user; and a processor for identifying the user by analyzing the received RF signals based on the trained classification algorithm by using the parameters in response to receiving the RF signals having passed through the body part, through the receiver ; wherein the processor is configured to: scatter the RF signals into the body part of the user, through the transmitter ; obtain the parameters by training the classification algorithm with the RF signals when the RF signals, having passed through the body part of the user, are received through the receiver ; and store the obtained parameters in the memory . scatter the RF signals into the body part of the user, through the transmitter ; obtain the parameters by training the classification algorithm with the RF signals when the RF signals, having passed through the body part of the user, are received through the receiver ; and store the obtained parameters in the memory .
A device for inhibiting recoil in an axis of the barrel intended to be implemented with a firearm, said device performing a discharge of a pressurized fluid in a direction opposite to firing of the barrel to absorb the recoil of the weapon, wherein said device is fastened to the rear of said weapon and includes: - a support for fastening with the weapon; - a tank exclusive to said device and including the fluid to be discharged; - a secondary mechanism ensuring sealing and filling of the tank by an external system intended to supply said tank and being independent from the firearm; - a system transmitting an order to discharge the fluid synchronized with firing of the weapon; - a primary mechanism ensuring sealing and discharge of the fluid; - a part with a discharge area including a neck cooperating with said primary mechanism , and in that the system transmitting the discharge order includes; - a duct including an incompressible fluid and connectable with a gas flow duct of the weapon when the device is fastened with said weapon, and said duct opens onto the primary mechanism ensuring sealing and discharge of the tank , and in which device, the discharge order is transmitted by the incompressible fluid transmitting a rise in pressure in the gas flow duct during firing, said rise in pressure accumulating at the level of the primary mechanism configured to actuate the discharge of fluid below a given pressure threshold. - a support for fastening with the weapon; - a tank exclusive to said device and including the fluid to be discharged; - a secondary mechanism ensuring sealing and filling of the tank by an external system intended to supply said tank and being independent from the firearm; - a system transmitting an order to discharge the fluid synchronized with firing of the weapon; - a primary mechanism ensuring sealing and discharge of the fluid; - a part with a discharge area including a neck cooperating with said primary mechanism , - a duct including an incompressible fluid and connectable with a gas flow duct of the weapon when the device is fastened with said weapon, and said duct opens onto the primary mechanism ensuring sealing and discharge of the tank ,
A method of determining an alignment level between motion compensated reference patches, the method comprising: obtaining, by a decoder, motion compensated interpolated samples based on sub-pixel accurate merge motion vectors from a bilinear motion compensated interpolation; computing, by the decoder, a sum of absolute differences, SAD, between two motion compensated reference patches using a subset of the motion compensated interpolated samples; determining, by the decoder, whether the SAD is less than a coding unit, CU, size-dependent threshold value, wherein the CU size-dependent threshold value is a function of a number of samples in the subset of motion compensated interpolated samples; when the SAD is less than the CU size-dependent threshold value: skipping remaining decoder-side motion vector refinement, DMVR process steps; and performing final motion compensation; and when the SAD is not less than the CU size-dependent threshold value: performing the remaining DMVR process steps; and performing the final motion compensation, the method characterised in that the production of the interpolated samples across the two reference patches is interleaved such that the SAD is computed at the earliest possible time rather than waiting for all interpolated samples to be produced. obtaining, by a decoder, motion compensated interpolated samples based on sub-pixel accurate merge motion vectors from a bilinear motion compensated interpolation; computing, by the decoder, a sum of absolute differences, SAD, between two motion compensated reference patches using a subset of the motion compensated interpolated samples; determining, by the decoder, whether the SAD is less than a coding unit, CU, size-dependent threshold value, wherein the CU size-dependent threshold value is a function of a number of samples in the subset of motion compensated interpolated samples; when the SAD is less than the CU size-dependent threshold value: skipping remaining decoder-side motion vector refinement, DMVR process steps; and performing final motion compensation; and skipping remaining decoder-side motion vector refinement, DMVR process steps; and performing final motion compensation; and when the SAD is not less than the CU size-dependent threshold value: performing the remaining DMVR process steps; and performing the final motion compensation, performing the remaining DMVR process steps; and performing the final motion compensation,
A reclining cushion assembly for a seat comprising: a fixed portion including a side plate a movable portion mounted to the fixed portion , the movable portion being movable between an upright position and a reclined position; and at least one reclining and locking mechanism mounted to the side plate of the fixed portion , the at least one reclining and locking mechanism being movable between a first position and a second position, characterized in that the at least one reclining and locking mechanism includes a cam rotatable to engage an engagement surface of an engaging member extending from the movable portion to transform the movable portion from the upright position to the reclined position. a fixed portion including a side plate a movable portion mounted to the fixed portion , the movable portion being movable between an upright position and a reclined position; and at least one reclining and locking mechanism mounted to the side plate of the fixed portion , the at least one reclining and locking mechanism being movable between a first position and a second position, characterized in that the at least one reclining and locking mechanism includes a cam rotatable to engage an engagement surface of an engaging member extending from the movable portion to transform the movable portion from the upright position to the reclined position.