mhurhangee/patent-ind-claim-en huggingface dataset:
A method to produce a protein base that can be used as ingredient in a food product, comprising: separating fibrous material from a protein base prior to filtration, the protein source of said protein base being legumes; applying ultrasonication to the protein base at an ultrasonication unit according to ultrasonication settings, the ultrasonication settings adapted to cause acoustic cavitation within the protein base; filtering the protein base through one or more membrane filters to provide a concentrated protein base. separating fibrous material from a protein base prior to filtration, the protein source of said protein base being legumes; applying ultrasonication to the protein base at an ultrasonication unit according to ultrasonication settings, the ultrasonication settings adapted to cause acoustic cavitation within the protein base; filtering the protein base through one or more membrane filters to provide a concentrated protein base.
A device for the water-abrasive suspension cutting with a highpressure pump, as well as with a nozzle head for discharging the suspension which is under pressure and which consists of a fluid and abrasive agent, wherein the nozzle head comprises at least one nozzle which comprises at least one exit opening for the exit of the suspension, characterised in that the nozzle head is designed for movement along a feed axis (S) and the nozzle head comprises at least one first drive device , by way of which the nozzle head can be rotated about a first axis (A1) which runs parallel to the feed axis (S), so that the nozzle head is brought into rotation about this axis (A1).
A process for preparing an olefin polymer comprising polymerizing one or more olefins in the presence of a polymerization catalyst and hydrogen as molecular weight regulator in a gas-phase polymerization reactor comprising three or more polymerization zones which differ in the ratio of hydrogen to the sum of olefins in the reaction gas mixture within the polymerization zones, expressed as ratios of the volume fractions, and at least two of the polymerization zones are sub-zones of a polymerization unit, in which the growing polymer particles flow downward in a densified form and at least one of the polymerization zones is a riser, in which growing polymer particles flow upwards under fast fluidization or transport conditions, or is a polymerization zone, in which the polymerization occurs in a fluidized bed of growing polymer particles, wherein the gas-phase polymerization reactor comprises at least one polymerization zone, which has a ratio of hydrogen to the sum of olefins which is by a factor of at least 1.5 lower than the ratio of hydrogen to the sum of olefins in the polymerization zone having the highest ratio of hydrogen to the sum of olefins and which is by a factor of at least 1.5 higher than the ratio of hydrogen to the sum of olefins in the polymerization zone having the lowest ratio of hydrogen to the sum of olefins.
A computer-implemented medical method of irradiation treatment planning, the method comprising the following steps: - providing an initial coverage volume for a planning target volume to be irradiated in an irradiation treatment with a prescribed dose (105, S1) - providing at least one constraint for an organ at risk , the at least one constraint being indicative of an allowed dose deposited in at least a part of the organ at risk (S2); - calculating an organ dose deposited in said at least part of the organ at risk when applying an initial irradiation treatment plan (S3); characterised by the following steps: - determining an amount of violation of the at least one constraint based on comparing the at least one constraint and the calculated organ dose (S4); - calculating a reduction coverage volume for the planning target volume based on the determined amount of violation (S5); - generating a virtual planning object by changing a volume of the organ at risk , such that an overlap region of the virtual planning object with the planning target volume corresponds to the reduction coverage volume (S6); and - reducing the initial coverage volume of the planning target volume based on removing at least a part of said overlap region from the planning target volume , thereby generating an optimized planning target volume to be irradiated during the irradiation treatment (S7). - providing an initial coverage volume for a planning target volume to be irradiated in an irradiation treatment with a prescribed dose (105, S1) - providing at least one constraint for an organ at risk , the at least one constraint being indicative of an allowed dose deposited in at least a part of the organ at risk (S2); - calculating an organ dose deposited in said at least part of the organ at risk when applying an initial irradiation treatment plan (S3); - determining an amount of violation of the at least one constraint based on comparing the at least one constraint and the calculated organ dose (S4); - calculating a reduction coverage volume for the planning target volume based on the determined amount of violation (S5); - generating a virtual planning object by changing a volume of the organ at risk , such that an overlap region of the virtual planning object with the planning target volume corresponds to the reduction coverage volume (S6); and - reducing the initial coverage volume of the planning target volume based on removing at least a part of said overlap region from the planning target volume , thereby generating an optimized planning target volume to be irradiated during the irradiation treatment (S7).
A thermally conductive resin composition containing: an addition reaction type silicone resin; a hindered phenol-based antioxidant; a thiol-based antioxidant; a dispersant having a hydrophilic functional group and a silicone chain; and a thermally conductive filler, wherein the thermally conductive resin composition contains 65 to 90% by volume of the thermally conductive filler. an addition reaction type silicone resin; a hindered phenol-based antioxidant; a thiol-based antioxidant; a dispersant having a hydrophilic functional group and a silicone chain; and a thermally conductive filler, wherein the thermally conductive resin composition contains 65 to 90% by volume of the thermally conductive filler.
Method for distributing electricity in a system comprising at least the following elements: - a three-phase current distribution network , - recharge terminals for electric vehicles connected to the distribution network via three phase conductors and one neutral conductor , - electric vehicles (8A to 8D) each equipped with at least one storage battery , - means for measuring electric currents (C) and electric voltages in the system , - a monitoring device suitable for communicating with the electric vehicles (8A to 8D) and the measuring means, the distribution network being suitable for supplying or receiving electricity at the recharge terminals (6A to 6E), the electric vehicles (8A to 8D) being adapted to be recharged or discharged on these terminals (6A to 6E) via a single-phase or three-phase electric link, and the method comprising the following steps: - a) identifying an arrival of an electric vehicle (8A to 8D) at a recharge terminal (6A to 6E), - b) identifying energy requirements of the electric vehicle (8A to 8D), and - d) transferring energy to or from the storage battery (40A to 40D) of the electric vehicle (8A to 8D), the method comprising at least one additional step c), after step b) and prior to step d), for assigning at least one electric current phase (L1, L2, L3) carried by one of the three phase conductors to the recharge terminal (6A to 6E) at which an electric vehicle (8A to 8D) arrives, characterised in that , if the electric vehicle arriving at a terminal is three-phase and if one of the phases is unable to accept additional loads, the loads assigned to the phases of the terminals (6A and 6B) are modified before the effective connexion of the three-phase vehicle to the terminal, to balance the loads on the three phases. - a three-phase current distribution network , - recharge terminals for electric vehicles connected to the distribution network via three phase conductors and one neutral conductor , - electric vehicles (8A to 8D) each equipped with at least one storage battery , - means for measuring electric currents (C) and electric voltages in the system , - a monitoring device suitable for communicating with the electric vehicles (8A to 8D) and the measuring means, - a) identifying an arrival of an electric vehicle (8A to 8D) at a recharge terminal (6A to 6E), - b) identifying energy requirements of the electric vehicle (8A to 8D), and - d) transferring energy to or from the storage battery (40A to 40D) of the electric vehicle (8A to 8D),
A clamping device , comprising: a base having a limiting space and an opening communicating with the limiting space ; and a clamping arm assembly , which is arranged at the opening of the base and forms a gap with the opening in a stationary state, the gap being smaller than a size of a clamped part; wherein the clamp arm assembly has a first damping force that allows the clamped part to enter the limiting space via the opening , and has a second damping force that allows the clamped part to exit the limiting space via the opening ; and the second damping force is greater than the first damping force; characterised in that : the clamping device is configured to clamp or release a traveling cable of an elevator system. a base having a limiting space and an opening communicating with the limiting space ; and a clamping arm assembly , which is arranged at the opening of the base and forms a gap with the opening in a stationary state, the gap being smaller than a size of a clamped part; wherein the clamp arm assembly has a first damping force that allows the clamped part to enter the limiting space via the opening , and has a second damping force that allows the clamped part to exit the limiting space via the opening ; and the second damping force is greater than the first damping force; characterised in that : the clamping device is configured to clamp or release a traveling cable of an elevator system.
A stent delivery system , comprising: an inner member having a proximal end, a distal end, and a stent receiving region ; a stent disposed along the stent receiving region; an intermediate tube disposed over the inner member, the intermediate tube extending from a position adjacent to the proximal end of the inner member to a position proximal of the distal end of the inner member; wherein the intermediate tube includes a bumper ; wherein the bumper is designed to prevent unwanted proximal movement of the stent during navigation and deployment of the stent; a clip member placed near the inner member and the intermediate tube , wherein the clip member aids in maintaining the relative position of one or more structures of the system so as to accurately deploy the stent; a deployment sheath disposed over the intermediate tube; and an outer member disposed about the deployment sheath. an inner member having a proximal end, a distal end, and a stent receiving region ; a stent disposed along the stent receiving region; an intermediate tube disposed over the inner member, the intermediate tube extending from a position adjacent to the proximal end of the inner member to a position proximal of the distal end of the inner member; wherein the intermediate tube includes a bumper ; wherein the bumper is designed to prevent unwanted proximal movement of the stent during navigation and deployment of the stent; a clip member placed near the inner member and the intermediate tube , wherein the clip member aids in maintaining the relative position of one or more structures of the system so as to accurately deploy the stent; a deployment sheath disposed over the intermediate tube; and an outer member disposed about the deployment sheath.
An imaging device , comprising: a retainer , including: a first latch ; a plunger to actuate the first latch ; a second latch ; and a linkage engaging the second latch with the first latch , the linkage to actuate the second latch upon the first latch being actuated, wherein the retainer removably retains a panel to the device and releases the panel from the device upon actuation of the first latch and the second latch . a first latch ; a plunger to actuate the first latch ; a second latch ; and a linkage engaging the second latch with the first latch , the linkage to actuate the second latch upon the first latch being actuated, wherein the retainer removably retains a panel to the device and releases the panel from the device upon actuation of the first latch and the second latch .
A wireless transmission system for monitoring equipment in rat traps positioned in sewers, shafts and wells comprising: - a transmitter unit embedded in a rat trap , and configured for receiving monitoring data from a monitoring equipment embedded within said rat trap , and for wirelessly transmitting the received monitoring data; and - a receiver unit adapted for being positioned within a range of 0-100 meters from the well or shaft cover , and configured for receiving a monitoring data signal from a monitoring equipment ; the wireless transmission system further comprises: - a wireless repeater or wireless relay configured for wirelessly receiving the monitoring data from said monitoring equipment via said transmitter unit ; and - positioning means adapted for positioning and/or attaching the wireless repeater or wireless relay 5-100 cm below the well or shaft cover ; wherein said receiver unit is configured for receiving a monitoring data signal from said monitoring equipment via said wireless repeater and/or said wireless relay . - a transmitter unit embedded in a rat trap , and configured for receiving monitoring data from a monitoring equipment embedded within said rat trap , and for wirelessly transmitting the received monitoring data; and - a receiver unit adapted for being positioned within a range of 0-100 meters from the well or shaft cover , and configured for receiving a monitoring data signal from a monitoring equipment ; the wireless transmission system further comprises: - a wireless repeater or wireless relay configured for wirelessly receiving the monitoring data from said monitoring equipment via said transmitter unit ; and - positioning means adapted for positioning and/or attaching the wireless repeater or wireless relay 5-100 cm below the well or shaft cover ; wherein said receiver unit is configured for receiving a monitoring data signal from said monitoring equipment via said wireless repeater and/or said wireless relay . - a wireless repeater or wireless relay configured for wirelessly receiving the monitoring data from said monitoring equipment via said transmitter unit ; and - positioning means adapted for positioning and/or attaching the wireless repeater or wireless relay 5-100 cm below the well or shaft cover ; wherein said receiver unit is configured for receiving a monitoring data signal from said monitoring equipment via said wireless repeater and/or said wireless relay .
A load handling device for use in a storage system comprising a grid frame containing a plurality of stacks of containers, the load handling device being configured for being arranged above the stacks of containers and the load handling device being capable of lifting a container from a stack and moving the container laterally to another location, wherein the load handling device comprises two sets of wheels for supporting the load handling device , on rails disposed above the grid frame, above the stacks, the two sets of wheels comprising a first set of wheels for engaging with a first set of rails to guide movement of the device in a first-direction, and a second set of wheels for engaging with a second set of rails to guide movement of the device in a second direction, wherein one or both sets of wheels are configured to be raised and lowered with respect to the other set of wheels , characterised in that the load handling device includes a container-receiving space into which the container can be lifted, the container-receiving space being arranged beneath a vehicle module , in which components such as power components, control components, drive components and lifting components are housed, and wherein one or more wheel lift motors or other wheel lift devices are housed in the vehicle module for raising and lowering one of the sets of wheels with respect to the other set of wheels . the load handling device being configured for being arranged above the stacks of containers and the load handling device being capable of lifting a container from a stack and moving the container laterally to another location, wherein the load handling device comprises two sets of wheels for supporting the load handling device , on rails disposed above the grid frame, above the stacks, the two sets of wheels comprising a first set of wheels for engaging with a first set of rails to guide movement of the device in a first-direction, and a second set of wheels for engaging with a second set of rails to guide movement of the device in a second direction, wherein one or both sets of wheels are configured to be raised and lowered with respect to the other set of wheels , characterised in that the load handling device includes a container-receiving space into which the container can be lifted, the container-receiving space being arranged beneath a vehicle module , in which components such as power components, control components, drive components and lifting components are housed, and wherein one or more wheel lift motors or other wheel lift devices are housed in the vehicle module for raising and lowering one of the sets of wheels with respect to the other set of wheels . the load handling device includes a container-receiving space into which the container can be lifted, the container-receiving space being arranged beneath a vehicle module , in which components such as power components, control components, drive components and lifting components are housed, and wherein one or more wheel lift motors or other wheel lift devices are housed in the vehicle module for raising and lowering one of the sets of wheels with respect to the other set of wheels .
A device for producing a particle foam part, comprising a molding tool which delimits a mold cavity , at least two capacitor plates being arranged adjacent to the mold cavity and connected to a radiation source for electromagnetic radiation, the radiation source for electromagnetic radiation being designed to emit electromagnetic radiation, and the molding tool being formed from at least two mold halves , the two mold halves delimiting the mold cavity by means of an inner boundary surface in each case and at least one of the two mold halves being formed from an electrically conductive material and forming one of the capacitor plates, characterized in that the inner boundary surface of the mold half formed from electrically conductive material is contoured and the mold cavity comprises regions of different thicknesses. a molding tool which delimits a mold cavity , at least two capacitor plates being arranged adjacent to the mold cavity and connected to a radiation source for electromagnetic radiation, the radiation source for electromagnetic radiation being designed to emit electromagnetic radiation, and the molding tool being formed from at least two mold halves , the two mold halves delimiting the mold cavity by means of an inner boundary surface in each case and at least one of the two mold halves being formed from an electrically conductive material and forming one of the capacitor plates, characterized in that the inner boundary surface of the mold half formed from electrically conductive material is contoured and the mold cavity comprises regions of different thicknesses.
A heat pump apparatus comprising: a refrigerant circuit in which a refrigerant circulates, and which is configured by sequentially connecting a compressor , a first heat exchanger , an expansion valve , a second heat exchanger , and a third heat exchanger , and connecting a bypass flow path bypassing the third heat exchanger between the second heat exchanger and the compressor; a fluid circuit in which a fluid circulates, and which is configured by sequentially connecting the third heat exchanger, the first heat exchanger, and a radiator ; a flow path switching device that switches between making the refrigerant flow through the third heat exchanger and making the refrigerant flow through the bypass flow path without flowing through the third heat exchanger; and a control device that controls an operating frequency of the compressor , an opening degree of the expansion valve , and opening and closing of the flow path switching device , wherein the second heat exchanger makes the refrigerant heat-exchanged with a predetermined heat exchange agent, and wherein the control device is configured to, in a heating operation for heating the fluid, when an operating frequency of the compressor is lower than a predetermined frequency, and an opening degree of the expansion valve is a minimum degree, and a temperature of the heat exchange agent is lower than a predetermined first temperature, make the flow path switching device to flow the refrigerant through the third heat exchanger . a refrigerant circuit in which a refrigerant circulates, and which is configured by sequentially connecting a compressor , a first heat exchanger , an expansion valve , a second heat exchanger , and a third heat exchanger , and connecting a bypass flow path bypassing the third heat exchanger between the second heat exchanger and the compressor; a fluid circuit in which a fluid circulates, and which is configured by sequentially connecting the third heat exchanger, the first heat exchanger, and a radiator ; a flow path switching device that switches between making the refrigerant flow through the third heat exchanger and making the refrigerant flow through the bypass flow path without flowing through the third heat exchanger; and a control device that controls an operating frequency of the compressor , an opening degree of the expansion valve , and opening and closing of the flow path switching device , wherein the second heat exchanger makes the refrigerant heat-exchanged with a predetermined heat exchange agent, and wherein the control device is configured to, in a heating operation for heating the fluid, when an operating frequency of the compressor is lower than a predetermined frequency, and an opening degree of the expansion valve is a minimum degree, and a temperature of the heat exchange agent is lower than a predetermined first temperature, make the flow path switching device to flow the refrigerant through the third heat exchanger .
A device for cleaning printheads, comprising a main unit having a housing for at least one printhead which comprises an array of nozzles , said housing being provided with a slot for passage of the printing ink and destined to face said array of nozzles of the printhead , wherein one or more draw openings are defined in said housing , said openings being able to be put into fluid-dynamic communication with a suction source; said draw openings are located at least on two opposite sides of the housing ; and said device being characterized in that the housing is elongated and said opposite sides are the longer sides which are destined to flank said array of nozzles.