mhurhangee/patent-ind-claim-en huggingface dataset:
A smart microgrid system , comprising: at least one electrical power bus connectable to at least one input power source by one or more switchable connections ; a communication network coupled to the smart microgrid system; and a controller coupled to the communication network, wherein the controller comprises logic to: monitor power outputs from the at least one input power source; monitor one or more power loads coupled to the at least one electrical power bus; and regulate the power drawn from one or more of the input power sources to the at least one electrical power bus; wherein the electrical power bus is coupled to an external utility grid via a switched connection such that the system may operate in a grid-tied mode or an isolated grid mode. at least one electrical power bus connectable to at least one input power source by one or more switchable connections ; a communication network coupled to the smart microgrid system; and a controller coupled to the communication network, wherein the controller comprises logic to: monitor power outputs from the at least one input power source; monitor one or more power loads coupled to the at least one electrical power bus; and regulate the power drawn from one or more of the input power sources to the at least one electrical power bus; monitor power outputs from the at least one input power source; monitor one or more power loads coupled to the at least one electrical power bus; and regulate the power drawn from one or more of the input power sources to the at least one electrical power bus; wherein the electrical power bus is coupled to an external utility grid via a switched connection such that the system may operate in a grid-tied mode or an isolated grid mode.
System, comprising a) a battery simulator having a DC voltage source and sink and/or a direct current source and sink ; and b) an apparatus which is designed to calibrate the battery simulator and which has an input and an output for connecting the battery simulator , wherein a current path having a current strength measuring device for measuring the current strength in the current path is provided between the input and the output and wherein at least one capacitor is connected in the current path of the apparatus . a) a battery simulator having a DC voltage source and sink and/or a direct current source and sink ; and b) an apparatus which is designed to calibrate the battery simulator and which has an input and an output for connecting the battery simulator , wherein a current path having a current strength measuring device for measuring the current strength in the current path is provided between the input and the output and wherein at least one capacitor is connected in the current path of the apparatus .
A method for processing vegetable foods comprising: (a) step for selecting vegetable raw materials; (b) step for wrapping the selected vegetable raw materials; and (c) step for sterilization by applying to the wrapped vegetable raw materials a pressure of 200∼900 MPa at a room temperature for 3∼60 minutes by using an ultra-high pressure; wherein said method further comprises a semi-drying step for partially removing water of the selected vegetable raw materials and a step for adding a natural antimicrobial agent, wherein the natural antimicrobial agent comprises organic acid and Nisin, before the step (b). (a) step for selecting vegetable raw materials; (b) step for wrapping the selected vegetable raw materials; and (c) step for sterilization by applying to the wrapped vegetable raw materials a pressure of 200∼900 MPa at a room temperature for 3∼60 minutes by using an ultra-high pressure;
A rotating control device , comprising: a latch assembly including: a) at least one outwardly extendable latch member ; b) an inner mandrel displaceable in a longitudinal direction relative to the latch member to outwardly extend the latch member ; and characterised by c) a lock ring that permits displacement of the inner mandrel in the longitudinal direction, and prevents displacement of the inner mandrel in an opposite longitudinal direction. a) at least one outwardly extendable latch member ; b) an inner mandrel displaceable in a longitudinal direction relative to the latch member to outwardly extend the latch member ; and characterised by c) a lock ring that permits displacement of the inner mandrel in the longitudinal direction, and prevents displacement of the inner mandrel in an opposite longitudinal direction.
A method for conversion of a starting alcohol being derived from any of biomass, triglycerides, wood, algae, fossil-based material, and syngas, or the starting alcohol is generated through any of fermentation and pyrolysis, or the starting alcohol is a fatty alcohol, wherein the method is performed in one-pot procedure without any purification of intermediates, comprising: (i) oxidizing the starting alcohol to a corresponding aldehyde or ketone, wherein the oxidizing is performed with an oxidant and a catalyst, the oxidant being any one of oxygen, air, hydrogen peroxide, and sodium hypochlorite, and the catalyst being any one of a heterogeneous supported metal catalyst, a homogeneous organometallic complex, a metal-free catalyst, and an enzyme; (ii) condensation of the corresponding aldehyde or ketone to an enal or enone using a metal-free condensation catalyst; and (iii) reducing, using a heterogeneous metal catalyst and a reducing agent, the enal or enone to a product, said product being an alcohol, an aldehyde, a ketone, an acetal or a ketal, wherein the product has a longer chain than the chain of the starting alcohol. (i) oxidizing the starting alcohol to a corresponding aldehyde or ketone, wherein the oxidizing is performed with an oxidant and a catalyst, the oxidant being any one of oxygen, air, hydrogen peroxide, and sodium hypochlorite, and the catalyst being any one of a heterogeneous supported metal catalyst, a homogeneous organometallic complex, a metal-free catalyst, and an enzyme; (ii) condensation of the corresponding aldehyde or ketone to an enal or enone using a metal-free condensation catalyst; and (iii) reducing, using a heterogeneous metal catalyst and a reducing agent, the enal or enone to a product, said product being an alcohol, an aldehyde, a ketone, an acetal or a ketal, wherein the product has a longer chain than the chain of the starting alcohol.
A method of uplink control information transmission for a user equipment in a communication system , characterized by the method comprising: receiving a first physical uplink control channel configuration comprising a first maximum payload size and a first physical uplink control channel format; ranking the number of channel status information reports in a first channel status information set corresponding to the first group (G1) of serving cells (P and S_1 to S_k) according to at least one of reporting types, channel status information process identifiers, serving cell indexes, and channel status information subframe sets, wherein the first channel status information set comprises the first channel status information subset to be transmitted at a time instant and a third channel status information subset to be dropped, and at least one priority of at least one channel status information report in the third channel status information subset is lower than at least one priority of at least one channel status information report in the first channel status information subset; and transmitting a first channel status information subset comprising a number of channel status information reports for a first group (G1) of serving cells (P and S_1 to S_k) on the first physical uplink control channel with the first physical uplink control channel format to a network node. receiving a first physical uplink control channel configuration comprising a first maximum payload size and a first physical uplink control channel format; ranking the number of channel status information reports in a first channel status information set corresponding to the first group (G1) of serving cells (P and S_1 to S_k) according to at least one of reporting types, channel status information process identifiers, serving cell indexes, and channel status information subframe sets, wherein the first channel status information set comprises the first channel status information subset to be transmitted at a time instant and a third channel status information subset to be dropped, and at least one priority of at least one channel status information report in the third channel status information subset is lower than at least one priority of at least one channel status information report in the first channel status information subset; and transmitting a first channel status information subset comprising a number of channel status information reports for a first group (G1) of serving cells (P and S_1 to S_k) on the first physical uplink control channel with the first physical uplink control channel format to a network node.
An implantable prosthesis for repairing an abdominal wall defect, the implantable prosthesis comprising: a multi-layer soft tissue repair patch including a first mesh layer , a second mesh layer and an adhesion resistant barrier layer , the first mesh layer located between the second mesh layer and the barrier layer ; and a pair of tethers extending from spaced apart portions of the repair patch and from a side of the repair patch opposite the barrier layer , each tether having a sufficient length to extend from the patch and through the abdominal wall defect when the patch is on one side of the defect, so that a portion of each tether is accessible on the other side of the defect for manipulation from outside a patient's body, and characterised in that the first mesh layer and the second mesh layer are attached in a manner to form a pocket therebetween; and in that the second mesh layer includes an opening extending therethrough, the opening being adapted to provide entry into an interior of the pocket and being located between the pair of tethers . a multi-layer soft tissue repair patch including a first mesh layer , a second mesh layer and an adhesion resistant barrier layer , the first mesh layer located between the second mesh layer and the barrier layer ; and a pair of tethers extending from spaced apart portions of the repair patch and from a side of the repair patch opposite the barrier layer , each tether having a sufficient length to extend from the patch and through the abdominal wall defect when the patch is on one side of the defect, so that a portion of each tether is accessible on the other side of the defect for manipulation from outside a patient's body, and characterised in that the first mesh layer and the second mesh layer are attached in a manner to form a pocket therebetween; and in that the second mesh layer includes an opening extending therethrough, the opening being adapted to provide entry into an interior of the pocket and being located between the pair of tethers .
A polymorph of a compound of formula (I) wherein the compound of formula (I) is 3,3'-Dideoxy-3,3'-bis-[4-(3-fluorophenyl)-1H-1,2,3-triazol-1-yl]-1,1'-sulfanediyl-di-β-D-galactopyranoside and has the polymorphic form 1 as identified in the XRPD diffractogram peak list No. Pos. [°2Th.] Rel. Int. [%] 1 7.1269 77.72 2 7.5067 56 3 10.125 36.86 4 14.3791 32.28 5 15.0846 18.59 6 15.8201 35.78 7 16.7088 78.1 8 16.8001 21.29 9 19.7777 100 10 20.3353 57.04 11 21.7744 79.92 12 22.6053 35.8 13 23.4305 45.78 14 24.3658 51.03 15 25.8091 54.36 16 26.7046 25.38 17 29.028 16.19 18 30.2989 28.02 19 32.2693 14.86 20 33.5132 11.55 21 34.6078 11.54 22 35.8435 9.6 23 44.6257 22.73
An auxiliary chamber type gas engine comprising: a control device configured to determine a fuel flow rate and an air flow rate from the engine rotation speed (Ne) and an engine load (Ac), wherein the control device makes a correction to decrease the airflow rate which is determined in a case where the fuel flow rate is required more than the fuel flow rate which is determined, characterized in that in the control device, a fuel injection amount map for determining a command fuel injection amount (Q) from the engine rotation speed (Ne) and the engine load (Ac), and a target air supply manifold pressure map for determining target air supply manifold pressure from the engine rotation speed (Ne) and the engine load (Ac) are set, the control device controls an air supply manifold pressure (Pi) as an air amount to reach the target air supply manifold pressure (Pim) determined by a target air supply manifold pressure map, and the control device makes a correction to decrease the target air supply manifold pressure (Pim) of the target air supply manifold pressure map in a case where a fuel injection amount is required more than the command fuel injection amount (Q) which is determined from the engine rotation speed (Ne) and the engine load (Ac). a control device configured to determine a fuel flow rate and an air flow rate from the engine rotation speed (Ne) and an engine load (Ac), wherein the control device makes a correction to decrease the airflow rate which is determined in a case where the fuel flow rate is required more than the fuel flow rate which is determined, in the control device, a fuel injection amount map for determining a command fuel injection amount (Q) from the engine rotation speed (Ne) and the engine load (Ac), and a target air supply manifold pressure map for determining target air supply manifold pressure from the engine rotation speed (Ne) and the engine load (Ac) are set, the control device controls an air supply manifold pressure (Pi) as an air amount to reach the target air supply manifold pressure (Pim) determined by a target air supply manifold pressure map, and the control device makes a correction to decrease the target air supply manifold pressure (Pim) of the target air supply manifold pressure map in a case where a fuel injection amount is required more than the command fuel injection amount (Q) which is determined from the engine rotation speed (Ne) and the engine load (Ac).
A photonic sensor for sensing infra-red radiation, the photonic sensor comprising: a semiconductor substrate; a platform supported over the substrate by at least one slender support element ; wherein the platform comprises: a layer of absorbing material for absorbing infra-red radiation having a structure profiled in the absorbing material to reduce the mass of the absorbing material as compared to a corresponding planar layer of absorbing material; and a metal layer on which the layer of absorbing material is formed and which is configured to reflect incident infra-red radiation back into the absorbing material, wherein there is a cavity between the bottom of the platform and the substrate, and wherein the metal layer further comprises a plurality of apertures extending through the metal layer so as to reduce the mass of the metal layer; and a temperature sensor on the platform, wherein the temperature sensor is configured to sense a change in temperature of the platform due to absorption of radiation by the absorbing material. a semiconductor substrate; a platform supported over the substrate by at least one slender support element ; wherein the platform comprises: a layer of absorbing material for absorbing infra-red radiation having a structure profiled in the absorbing material to reduce the mass of the absorbing material as compared to a corresponding planar layer of absorbing material; and a metal layer on which the layer of absorbing material is formed and which is configured to reflect incident infra-red radiation back into the absorbing material, wherein there is a cavity between the bottom of the platform and the substrate, and wherein the metal layer further comprises a plurality of apertures extending through the metal layer so as to reduce the mass of the metal layer; and a layer of absorbing material for absorbing infra-red radiation having a structure profiled in the absorbing material to reduce the mass of the absorbing material as compared to a corresponding planar layer of absorbing material; and a metal layer on which the layer of absorbing material is formed and which is configured to reflect incident infra-red radiation back into the absorbing material, wherein there is a cavity between the bottom of the platform and the substrate, and wherein the metal layer further comprises a plurality of apertures extending through the metal layer so as to reduce the mass of the metal layer; and a temperature sensor on the platform, wherein the temperature sensor is configured to sense a change in temperature of the platform due to absorption of radiation by the absorbing material.
A system, comprising: a non-transitory memory storing instructions; and one or more hardware processors coupled to the non-transitory memory and configured to read the instructions from the non-transitory memory to cause the system to perform operations comprising: transmitting a server public key of a server public-private key pair to a computing device that requests a transaction; receiving a user public key that identifies a subset of credentials from a plurality of credentials stored on a blockchain ; determining that the user public key was generated based on a user private key and the server public key ; requesting, using a server private key of the server public-private key pair and the user public key , an identity token that indicates the subset of credentials ; receiving the identity token that includes the subset of credentials ; and processing the transaction using the subset of credentials in the identity token . a non-transitory memory storing instructions; and one or more hardware processors coupled to the non-transitory memory and configured to read the instructions from the non-transitory memory to cause the system to perform operations comprising: transmitting a server public key of a server public-private key pair to a computing device that requests a transaction; receiving a user public key that identifies a subset of credentials from a plurality of credentials stored on a blockchain ; determining that the user public key was generated based on a user private key and the server public key ; requesting, using a server private key of the server public-private key pair and the user public key , an identity token that indicates the subset of credentials ; receiving the identity token that includes the subset of credentials ; and processing the transaction using the subset of credentials in the identity token . transmitting a server public key of a server public-private key pair to a computing device that requests a transaction; receiving a user public key that identifies a subset of credentials from a plurality of credentials stored on a blockchain ; determining that the user public key was generated based on a user private key and the server public key ; requesting, using a server private key of the server public-private key pair and the user public key , an identity token that indicates the subset of credentials ; receiving the identity token that includes the subset of credentials ; and processing the transaction using the subset of credentials in the identity token .
A stroller rocking device , comprising: a hollow housing ; a strap having a fixed end and a free end , the fixed end being mounted to an outer surface of the hollow housing , the strap being adapted for releasably securing the hollow housing to a handle (H) of a stroller; a motor housed within a central chamber of the hollow housing ; and a weighted piston slidably disposed within a longitudinally extending chamber of the hollow housing , the weighted piston being selectively driven to linearly oscillate within the longitudinally extending chamber by the motor , characterized in that the stroller rocking device further comprises: a cam mounted on a drive shaft of the motor ; and a connecting rod having opposed first and second ends , the first end being pivotally attached to the cam and the second end thereof being pivotally attached to the weighted piston . a hollow housing ; a strap having a fixed end and a free end , the fixed end being mounted to an outer surface of the hollow housing , the strap being adapted for releasably securing the hollow housing to a handle (H) of a stroller; a motor housed within a central chamber of the hollow housing ; and a weighted piston slidably disposed within a longitudinally extending chamber of the hollow housing , the weighted piston being selectively driven to linearly oscillate within the longitudinally extending chamber by the motor , characterized in that the stroller rocking device further comprises: a cam mounted on a drive shaft of the motor ; and a connecting rod having opposed first and second ends , the first end being pivotally attached to the cam and the second end thereof being pivotally attached to the weighted piston . a cam mounted on a drive shaft of the motor ; and a connecting rod having opposed first and second ends , the first end being pivotally attached to the cam and the second end thereof being pivotally attached to the weighted piston .
Card having a device for adjusting the gap between fixedly arranged carding elements , suction hoods or mote knives and a cylinder , wherein the fixedly arranged carding elements , suction hoods or mote knives cooperate with at least one curved slide rail arranged by means of an extension curve on both sides of the cylinder on a side panel, wherein each slide rail is wedge-shaped and displaceably arranged on a wedge-shaped surface of the extension curve oriented towards one another, wherein the slide rail is adjustable and fixable on the extension curve by means of an adjusting device , wherein the carding elements , suction hoods or mote knives are arranged on the slide rail with a pre-load and can be adjusted in terms of their distance from the cylinder against the pre-load, characterised in that the carding elements , suction hoods or mote knives are connected to the extension curve by means of at least one fastening element , wherein the at least one fastening element engages around or through the slide rail .
Assembly of a fuel system for a device, coupled to a thermal management system for a heat source, wherein the thermal management system comprises: a fluid coolant; a pump; and a heat exchanger; wherein: the heat exchanger comprises an encapsulated PCM through which the fluid coolant passes; and the fluid coolant is a fuel source for said device. a fluid coolant; a pump; and a heat exchanger; wherein: the heat exchanger comprises an encapsulated PCM through which the fluid coolant passes; and the fluid coolant is a fuel source for said device.
A tissue phantom, comprising: a first portion having the optical properties of healthy tissue, wherein the first portion comprises one or more of the following: tris buffer, gelatin, agar, silicone and organic tissues from humans or animals; and a second portion having the optical properties of diseased or abnormal tissue, optionally of cancerous tissue, the second portion including a plurality of regions, characterized in that each region includes a different concentration of a material configured to fluoresce in response to illumination by excitation light. a first portion having the optical properties of healthy tissue, wherein the first portion comprises one or more of the following: tris buffer, gelatin, agar, silicone and organic tissues from humans or animals; and a second portion having the optical properties of diseased or abnormal tissue, optionally of cancerous tissue, the second portion including a plurality of regions,