mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dispensing a gas to a receiving vessel , the method comprising: transferring a first quantity of the gas from at least one of a first plurality of storage vessels or a gas source to at least one storage vessel of a second plurality of storage vessels via a compressor ; and transferring a fourth quantity of the gas from the at least one storage vessel of the second plurality of storage vessels to the receiving vessel using a respective pressure difference between the gas in the at least one storage vessel of the second plurality of storage vessels and the gas in the receiving vessel to transfer the fourth quantity of the gas, wherein the fourth quantity of the gas comprises at least a portion of the first quantity of the gas; characterized in that a second quantity of the gas is transferred from the gas source to a first storage vessel of the first plurality of storage vessels without a compressor by using a pressure difference between the gas in the gas source and the gas in the first storage vessel to transfer the second quantity of the gas while simultaneously transferring a third quantity of the gas from the gas source to the receiving vessel without a compressor by using a respective pressure difference between the gas of the gas source and the gas in the receiving vessel to transfer the third quantity of the gas. transferring a first quantity of the gas from at least one of a first plurality of storage vessels or a gas source to at least one storage vessel of a second plurality of storage vessels via a compressor ; and transferring a fourth quantity of the gas from the at least one storage vessel of the second plurality of storage vessels to the receiving vessel using a respective pressure difference between the gas in the at least one storage vessel of the second plurality of storage vessels and the gas in the receiving vessel to transfer the fourth quantity of the gas, wherein the fourth quantity of the gas comprises at least a portion of the first quantity of the gas; characterized in that a second quantity of the gas is transferred from the gas source to a first storage vessel of the first plurality of storage vessels without a compressor by using a pressure difference between the gas in the gas source and the gas in the first storage vessel to transfer the second quantity of the gas while simultaneously transferring a third quantity of the gas from the gas source to the receiving vessel without a compressor by using a respective pressure difference between the gas of the gas source and the gas in the receiving vessel to transfer the third quantity of the gas.
A method of palletizing objects coming from a plurality of production lines, characterized in that use is made of shuttle robots suitable for moving trolleys under the control of a monitoring and control unit in order to handle the objects to a palletizing station where the objects are stowed on a pallet , in that the palletizing station is shared between said plurality of production lines for producing the objects , which objects are packaged in rectangular box shapes, and in that it further comprises the following steps: - using the shuttle robots to move the objects for processing on distribution trolleys from the outlets of the production lines so as to place them in a transshipment station where each object is trans-shipped from a distribution trolley to an accumulation trolley on which the object is stacked on other externally identical rectangular box shaped objects that are to be palletized on a same pallet; - using the shuttle robots under the control of the monitoring and control unit to move the accumulation trolleys full of stacked objects to a buffer storage zone where the identical rectangular box shaped objects on the accumulation trolley are grouped together by batches in shuttle robot travel aisles, the objects of a batch being for stowing on a same pallet; and - preparing a palletizing plan by means of the monitoring and control unit when it is detected (T221) that all of the objects making up a batch to be palletized are stacked on one or more accumulation trolleys situated in the buffer storage zone , and once said palletizing plan has been prepared, moving said accumulation trolleys carrying the objects of the batch for palletizing from the buffer storage zone in order to stow them on a pallet. - using the shuttle robots to move the objects for processing on distribution trolleys from the outlets of the production lines so as to place them in a transshipment station where each object is trans-shipped from a distribution trolley to an accumulation trolley on which the object is stacked on other externally identical rectangular box shaped objects that are to be palletized on a same pallet; - using the shuttle robots under the control of the monitoring and control unit to move the accumulation trolleys full of stacked objects to a buffer storage zone where the identical rectangular box shaped objects on the accumulation trolley are grouped together by batches in shuttle robot travel aisles, the objects of a batch being for stowing on a same pallet; and - preparing a palletizing plan by means of the monitoring and control unit when it is detected (T221) that all of the objects making up a batch to be palletized are stacked on one or more accumulation trolleys situated in the buffer storage zone , and once said palletizing plan has been prepared, moving said accumulation trolleys carrying the objects of the batch for palletizing from the buffer storage zone in order to stow them on a pallet.
A therapeutic agent selected from the alpha-1 proteinase inhibitor A1AT or an inhibitor of kallikrein 5 (KLK5), wherein the KLK5 inhibitor is selected from 3-(3-chlorophenyl)carboxy-7-hydroxymethyl coumarin or 3-carboxy-7-hydroxymethyl coumarin, for use in a method of treating an allergic inflammatory condition in a subject in need thereof, wherein the allergic inflammatory condition is characterized by inflammation of a squamous epithelium in esophageal tissue of the subject and is esophageal eosinophilia (EE) or eosinophilic esophagitis (EoE), the method comprising administering the therapeutic agent to the subject.
Electrical management system comprising a first voltage source linked to a load by a linking circuit and a second voltage source at lower voltage, the second voltage source can be arranged in series with the first voltage source and the load so that its series linking causes a voltage drop over the linking circuit linking the first voltage source to the load, characterized in that the linking circuit comprises a first link linking a first terminal (P1) of the first voltage source to a first terminal (P1') of the load, and a second link linking a second terminal (P2) of the first source to a second terminal (P2') of the load, the second voltage source being arranged in series with one of the first or second links, and characterized in that it comprises an inverter and/or a DC/DC converter , electrically attached to the first voltage source upstream of the second voltage source or electrically attached to the load downstream of the second voltage source, and characterized in that the second voltage source is an onboard battery and in that it comprises a charger arranged in series with the linking circuit linking the first voltage source and the load able to allow the charging of the onboard battery , its by-passing, and/or its isolation.
A porous skin for an acoustic attenuation panel, said porous skin being intended to be subjected to a fluid flow (E), characterized in that it includes a plurality of strips that are arranged transversely to the fluid flow (E) and which successively overlap each other laterally, each strip upstream of the fluid flow (E) overlapping the strip or strips downstream of said fluid flow (E), in that each of said strips includes a first so-called upstream lateral edge and a second so-called downstream lateral edge , at least one of said lateral edges comprising a contour defining a line with deviations, and in that the arrangement of the strips and the contour or contours of their lateral edges are configured to form between the strips openings connecting an external face of the porous skin to an internal face of said porous skin and to prevent the fluid flow (E) from penetrating into said openings .
A data access method, used in a first computing device and a network interface card, wherein the network interface card is configured in the first computing device, or is connected to the first computing device by using a bus; wherein the first computing device is connected to a host and a second computing device; and wherein the first computing device is connected to a storage pool through the network interface card; and the method comprises: receiving , by the first computing device, a second write operation command sent by the second computing device, wherein the second write operation command is obtained after the second computing device preprocesses a first write operation command generated by the host, and the first write operation command is used to write to-be-written data into the storage pool; performing , by the first computing device, a data processing operation on the to-be-written data according to the second write operation command; and writing , by the network interface card, processed to-be-written data into the storage pool. receiving , by the first computing device, a second write operation command sent by the second computing device, wherein the second write operation command is obtained after the second computing device preprocesses a first write operation command generated by the host, and the first write operation command is used to write to-be-written data into the storage pool; performing , by the first computing device, a data processing operation on the to-be-written data according to the second write operation command; and writing , by the network interface card, processed to-be-written data into the storage pool.
A compound having structure , wherein X 1a is a head group selected from the group consisting of , and ; X 2a is a tail group selected from the group consisting of , and ; represents a point of attachment; Q and Q 1 are independently selected from hydrogen or an alkyl group; wherein m is a integer ranging from 2 to 8, wherein, r' is the number of tail groups attached to the head group, and r', is 1 if the head group X 1a is selected from or , and r', is 2 if the head group X 1a is ,and m1 and m2 are integers independently ranging from 2 to 8; y and y1 independently are 0, 1 or 2; and further wherein R and R 1 are independently selected from a C 1 to C 6 alkyl group;
Cyclone separator associated with a suction device, comprising a filtering element mounted inside and / or contained inside said cyclone separator , said filtering element being suitable for intercepting an air flow passing through the cyclone separator . characterized in that there are also vorticity-inducing means mounted inside the cyclone separator and cooperatively suitable for accelerating an air flow comprising waste and / or scrap materials and / or for decreasing an average diameter of turbulent structures within said air flow comprising waste and / or scrap materials along the crossing path.
A communication method, performed by a terminal device, comprising: detecting a secondary cell with a synchronization signal/physical broadcast channel block, SSB, sending (S310) indication information to a network device after the secondary cell is detected; receiving (S320) a reference signal, RS, sent by the network device by using the secondary cell, wherein the RS is sent by the network device in response to the indication information, wherein the RS has a shorter period than a regular RS; and activating (S330) the secondary cell based on the RS, wherein the indication information is used to indicate the synchronization signal/physical broadcast channel block, SSB, index corresponding to a transmit beam recommended to be used by the network device, and a quantity of SSB indexes is one. detecting a secondary cell with a synchronization signal/physical broadcast channel block, SSB, sending (S310) indication information to a network device after the secondary cell is detected; receiving (S320) a reference signal, RS, sent by the network device by using the secondary cell, wherein the RS is sent by the network device in response to the indication information, wherein the RS has a shorter period than a regular RS; and activating (S330) the secondary cell based on the RS, wherein the indication information is used to indicate the synchronization signal/physical broadcast channel block, SSB, index corresponding to a transmit beam recommended to be used by the network device, and a quantity of SSB indexes is one.
A computer-implemented method for performing communications between a first computer and second computer, the method comprising performing, by the second computer: receiving a first message including a first computer blinded public key and first encrypted authentication information from the first computer, wherein the first computer blinded public key is generated by the first computer using a first computer blinding factor and a first computer public key; in response to receiving the first message, generating a first shared secret using the first computer blinded public key and a second computer private key; decrypting the first encrypted authentication information using the first shared secret to obtain first authentication information of the first computer; and authenticating the first computer using the first authentication information; in response to the authenticating of the first computer, encrypting second authentication information of the second computer to obtain second encrypted authentication information, the encrypting of the second authentication information based on the second computer private key and the first computer public key; and sending a second message including the second encrypted authentication information to the first computer, thereby enabling the first computer to authenticate the second computer using the second authentication information. receiving a first message including a first computer blinded public key and first encrypted authentication information from the first computer, wherein the first computer blinded public key is generated by the first computer using a first computer blinding factor and a first computer public key; in response to receiving the first message, generating a first shared secret using the first computer blinded public key and a second computer private key; decrypting the first encrypted authentication information using the first shared secret to obtain first authentication information of the first computer; and authenticating the first computer using the first authentication information; in response to the authenticating of the first computer, encrypting second authentication information of the second computer to obtain second encrypted authentication information, the encrypting of the second authentication information based on the second computer private key and the first computer public key; and sending a second message including the second encrypted authentication information to the first computer, thereby enabling the first computer to authenticate the second computer using the second authentication information.
System including a satellite structure and a dedicated Payload Attaching Fitting , PAF, for releasably attaching to said satellite structure, wherein the satellite structure comprises an external load-carrying structure, characterized in that the satellite structure includes external vertical planar panels having internal reinforcements or embedded structures or skin thickness reinforcements , each configured for exerting the structural reinforcement function of diagonal beams in a truss structure architecture.
A chime configured to be mounted to a keg , the chime comprising a handle and being characterised in that the handle has a waveform profile when viewed in cross-section along a length direction of the handle , wherein the waveform profile defines at least one region of inflection forming at least part of a first surface of the handle , and at least one further region of inflection forming at least part of a second surface of the handle .
An eye tracking illumination system comprising: a red, green, blue, RGB, laser device that is associated with at least a first collimating optic and that generates RGB laser light ; an infrared, IR, illumination device that is associated with a second collimating optic and that generates IR light , the IR illumination device being positioned at a fixed position relative to the RGB laser device on the eye tracking illumination system ; a display module assembly, DMA , that includes a microelectromechanical scanning, MEMS, mirror system , wherein the DMA optically combines the IR light generated by the IR illumination device with the RGB laser light generated by the RGB laser device to generate combined light , and wherein the combined light is directed towards an eye of a user via a transport medium; and one or more photodetectors that are configured to capture reflected light that is reflected off the eye of the user as a result of the combined light being directed towards the eye of the user via the transport medium, wherein the one or more photodetectors include at least an IR detector configured to detect reflected IR light included in the reflected light , the reflected IR light being usable by the eye tracking illumination system to perform eye tracking; wherein the RGB laser light is collimated RGB laser light and the IR light is collimated IR light, and characterized in that a collimated beam size of the collimated RGB laser light is larger than a collimated beam size of the collimated IR light. a red, green, blue, RGB, laser device that is associated with at least a first collimating optic and that generates RGB laser light ; an infrared, IR, illumination device that is associated with a second collimating optic and that generates IR light , the IR illumination device being positioned at a fixed position relative to the RGB laser device on the eye tracking illumination system ; a display module assembly, DMA , that includes a microelectromechanical scanning, MEMS, mirror system , wherein the DMA optically combines the IR light generated by the IR illumination device with the RGB laser light generated by the RGB laser device to generate combined light , and wherein the combined light is directed towards an eye of a user via a transport medium; and one or more photodetectors that are configured to capture reflected light that is reflected off the eye of the user as a result of the combined light being directed towards the eye of the user via the transport medium, wherein the one or more photodetectors include at least an IR detector configured to detect reflected IR light included in the reflected light , the reflected IR light being usable by the eye tracking illumination system to perform eye tracking; wherein the RGB laser light is collimated RGB laser light and the IR light is collimated IR light, and characterized in that a collimated beam size of the collimated RGB laser light is larger than a collimated beam size of the collimated IR light.
Transport device comprising a transport vehicle , which comprises: - a vehicle body having a lower section and a vertical frame section extending upwardly from the lower section , the lower section having a support surface and a container attachment interface by which a box-shaped container placed on the support surface can be attached to the lower section without altering the vertical frame section , - a handle arranged on the vehicle body, with which the transport vehicle can be moved into a tilted position, - two wheels arranged on the lower section , with which the transport vehicle can be supported in the tilted position relative to a floor and moved relative to the floor, and - a horizontally oriented integrated table located at the upper end of the vertical frame section and forming the upper end of the vehicle body, characterized in that the transport device further comprises an elongate worktable and a worktable attachment interface provided on the transport vehicle , with which the elongate worktable can be attached in a vertical orientation in a rearward area on the transport vehicle without the use of tools, in order to assume a transport position in which the elongate worktable can be transported by the transport vehicle , wherein the integrated table has a support section on which the worktable can be supported in a horizontal orientation with an attachment element arranged at a front side of the worktable , to assume a stable working position. - a vehicle body having a lower section and a vertical frame section extending upwardly from the lower section , the lower section having a support surface and a container attachment interface by which a box-shaped container placed on the support surface can be attached to the lower section without altering the vertical frame section , - a handle arranged on the vehicle body, with which the transport vehicle can be moved into a tilted position, - two wheels arranged on the lower section , with which the transport vehicle can be supported in the tilted position relative to a floor and moved relative to the floor, and - a horizontally oriented integrated table located at the upper end of the vertical frame section and forming the upper end of the vehicle body, characterized in that
A control method for an electronic cigarette, the electronic cigarette defining an airflow channel inside and having a heating assembly, the method comprising the steps of: sensing (S11) a pressure or pressure difference in the airflow channel to generate a corresponding electrical signal; generating (S12) a corresponding control signal according to the electrical signal; and characterised by comprising the step of generating (S13) a corresponding output power according to the control signal and outputting the output power to the heating assembly.
A training apparatus for cycling comprising: a) a rolling platform which has a front rolling area and a rear rolling area , and b) an anchoring assembly for supporting a bicycle on the rolling platform , said anchoring assembly having a fork with arms having first ends and second ends (6"), wherein the fork can be joined by the first ends of the arms thereof to the axle of the rear wheel of the bicycle and wherein the second ends (6") are linked to an intermediate arm , wherein said intermediate arm is joined by the lower portion thereof in an articulated manner to a securing arm , defining a rotation axis "X", the training apparatus characterized in that said securing arm is joined in an articulated manner to a lateral moving part defining a rotation axis "Z", where the rotation axis "X" and the rotation axis "Z" intersect at the rolling point of the rear wheel . a) a rolling platform which has a front rolling area and a rear rolling area , and b) an anchoring assembly for supporting a bicycle on the rolling platform , said anchoring assembly having a fork with arms having first ends and second ends (6"), wherein the fork can be joined by the first ends of the arms thereof to the axle of the rear wheel of the bicycle and wherein the second ends (6") are linked to an intermediate arm , wherein said intermediate arm is joined by the lower portion thereof in an articulated manner to a securing arm , defining a rotation axis "X", the training apparatus characterized in that said securing arm is joined in an articulated manner to a lateral moving part defining a rotation axis "Z", where the rotation axis "X" and the rotation axis "Z" intersect at the rolling point of the rear wheel .