mhurhangee/patent-ind-claim-en huggingface dataset:
A drug reservoir comprising: - a reservoir body extending between an outlet end and a proximal end , - a front piston arranged in a pre-use position within the reservoir body between the outlet end and the proximal end , - a rear piston arranged within the reservoir body between the front piston and the proximal end , - a distal chamber defined by the outlet end , a first portion of the reservoir body , and the front piston , the distal chamber holding first contents , - a proximal chamber defined by the front piston , a second portion of the reservoir body , and the rear piston , the proximal chamber holding second contents comprising a proximal liquid volume , and - bypass means allowing fluid flow past the front piston in an advanced position of the front piston in the reservoir body , characterised in that the second contents further comprises a proximal gas volume lying within a volume range having a predetermined minimum value. - a reservoir body extending between an outlet end and a proximal end , - a front piston arranged in a pre-use position within the reservoir body between the outlet end and the proximal end , - a rear piston arranged within the reservoir body between the front piston and the proximal end , - a distal chamber defined by the outlet end , a first portion of the reservoir body , and the front piston , the distal chamber holding first contents , - a proximal chamber defined by the front piston , a second portion of the reservoir body , and the rear piston , the proximal chamber holding second contents comprising a proximal liquid volume , and - bypass means allowing fluid flow past the front piston in an advanced position of the front piston in the reservoir body ,
A thin wall container for being filled with a liquid reference volume, made with polyethylene terephtalate (PET), comprising a neck and a wall, wherein: - the PET comprises at least 50% by weight of a PET recycled by a mechanical route (rPET) by post-consumer (PC) recycling, and, - the container presents at least the following feature: Feature a) the wall has a thin portion having an average thickness of from 50 μm to 150 μm. - the PET comprises at least 50% by weight of a PET recycled by a mechanical route (rPET) by post-consumer (PC) recycling, and, - the container presents at least the following feature: Feature a) the wall has a thin portion having an average thickness of from 50 μm to 150 μm.
Solenoid valve for a hydraulic brake system , having a solenoid assembly, having a pole core , having a guide sleeve connected to the pole core , having a valve armature which is guided in axially movable fashion within the guide sleeve and which can be driven counter to the force of at least one resetting spring by a magnet force generated by the solenoid assembly or can be driven by the force of the at least one resetting spring and which axially moves a plunger with a closing element , and having a valve body which is connected to the guide sleeve and which has a valve seat (15.1) which is arranged between at least one first flow opening (15.2) and at least one second flow opening (15.3), characterized in that the plunger is mounted in axially movable fashion in the valve armature , wherein a mechanical detent device is formed between a positionally fixed guide component which is inserted into the guide sleeve , and the plunger , which mechanical detent device, in an electrically deenergized closed position, releases the plunger such that a first resetting spring pushes the closing element sealingly into the valve seat (15.1) in order to perform a sealing function, and, in an electrically deenergized open position, fixes the plunger , counter to the force of the first resetting spring , in an axial detent position such that the closing element is lifted off from the valve seat (15.1).
Dental implant assembly comprising an implant with a body having a connection well and an outer implant surface configured for osseointegration, and an abutment comprising a prosthesis mounting portion for assembly of a dental prosthesis thereon and a connector mounting cavity , the assembly further comprising a connector comprising an implant mounting portion for assembly in the connection well of the implant , and an abutment mounting portion for assembly in the connector mounting cavity of the abutment , the abutment mounting portion of the connector comprising an index portion and the abutment connector mounting cavity further comprising an index cavity portion for receiving the index portion therein, the index portions configured to register the rotational orientation of the abutment about a longitudinal axis (A) with respect to the connector , the abutment mounting portion of the connector further comprising an upper conical attachment portion for mounting to a complementary conical cavity portion of the connector mounting cavity of the abutment and a conical lower attachment portion connected to the upper attachment portion, characterized in that the lower attachment portion is connected to the upper attachment portion via a stepped transition , whereby the lower attachment portion comprises a cone taper angle configured for friction fit mounting in the connector mounting cavity of the abutment when the upper attachment portion is cut off.
A production plant for producing a winding rod for an electric motor, wherein the production plant is configured for processing a winding rod blank , which has a core made of an electrically conductive material and an insulating layer enveloping the core , wherein the winding rod blank has a rectangular or square cross-section with a base surface and a top surface , which are arranged opposite one another, the production plant comprising: - a skinning device formed for partially removing the insulating layer on the base surface and the top surface of the winding rod blank , wherein the winding rod blank can be guided through the skinning device in the production direction ; wherein the skinning device has a processing tool for mechanically removing the insulating layer of the winding rod blank , wherein a cutting device for cutting the winding rod blank to length is formed, wherein the cutting device of the skinning device is installed downstream in the production direction , characterized in that the cutting device simultaneously serves to skin partial areas of side surfaces of the winding rod blank . - a skinning device formed for partially removing the insulating layer on the base surface and the top surface of the winding rod blank , wherein the winding rod blank can be guided through the skinning device in the production direction ; wherein the skinning device has a processing tool for mechanically removing the insulating layer of the winding rod blank , wherein a cutting device for cutting the winding rod blank to length is formed, wherein the cutting device of the skinning device is installed downstream in the production direction , characterized in that the cutting device simultaneously serves to skin partial areas of side surfaces of the winding rod blank .
An orally disintegrating tablet comprising: (i) a granule prepared by wet granulation to comprise the following ingredients: a carbamate compound of the following Formula 1, an isomer thereof, or a pharmaceutically acceptable salt, solvate or hydrate thereof as an active ingredient; a hydrophilic excipient consisting of a first hydrophilic excipient of a sugar alcohol; and a second hydrophilic excipient selected from the group consisting of starch, microcrystalline cellulose, hydroxypropylcellulose and lactose; and a disintegrant; and (ii) a disintegrant which is mixed with the granule of (i): wherein, R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N. (i) a granule prepared by wet granulation to comprise the following ingredients: a carbamate compound of the following Formula 1, an isomer thereof, or a pharmaceutically acceptable salt, solvate or hydrate thereof as an active ingredient; a hydrophilic excipient consisting of a first hydrophilic excipient of a sugar alcohol; and a second hydrophilic excipient selected from the group consisting of starch, microcrystalline cellulose, hydroxypropylcellulose and lactose; and a disintegrant; and a carbamate compound of the following Formula 1, an isomer thereof, or a pharmaceutically acceptable salt, solvate or hydrate thereof as an active ingredient; a hydrophilic excipient consisting of a first hydrophilic excipient of a sugar alcohol; and a second hydrophilic excipient selected from the group consisting of starch, microcrystalline cellulose, hydroxypropylcellulose and lactose; and a disintegrant; and (ii) a disintegrant which is mixed with the granule of (i): R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N.
A device for detaching radial electronic components from a component tape , comprising: - a cutter for cutting leads of a radial electronic component , - a limiter for aligning the radial electronic component with respect to the cutter in a first direction, - means for arranging a body of the radial electronic component against the limiter , - alignment pins for aligning the radial electronic component with respect to the cutter in a second direction perpendicular to the first direction, and - a third actuator attached to the alignment pins and configured to move first ends of the alignment pins into and out of sprocket holes of the component tape , characterised in that the alignment pins are bendable. - a cutter for cutting leads of a radial electronic component , - a limiter for aligning the radial electronic component with respect to the cutter in a first direction, - means for arranging a body of the radial electronic component against the limiter , - alignment pins for aligning the radial electronic component with respect to the cutter in a second direction perpendicular to the first direction, and - a third actuator attached to the alignment pins and configured to move first ends of the alignment pins into and out of sprocket holes of the component tape ,
Method for the extemporaneous preparation of a fruit and/or vegetable based slush, sorbet or drink, comprising the steps of: a) inserting into a container associated with a device for the extemporaneous preparation of a slush, a sorbet or a drink, loose pieces of a frozen aerated semi-finished food product based on fruit and/or vegetables, b') feeding a dosed quantity of liquid at room temperature into the container through a first dispensing nozzle of said device , and c') grinding the loose pieces of frozen aerated semi-finished food product in the liquid at room temperature by means of a rotary member of said device so as to prepare a slush or a sorbet, or b") feeding a dosed quantity of liquid at a higher temperature than room temperature into the container through a second dispensing nozzle of said device , and c") dissolving the loose pieces of frozen aerated semi-finished food product in the liquid at a higher temperature than room temperature by means of said rotary member of said device so as to prepare a drink, wherein the loose pieces of frozen aerated semi-finished food product comprise a quantity of simple sugars deriving from simple sugars naturally present in said fruit and/or vegetables comprised between 10 and 30 g/100g of the semi-finished product and an overrun comprised between 5 and 35%, preferably between 5 and 25%. a) inserting into a container associated with a device for the extemporaneous preparation of a slush, a sorbet or a drink, loose pieces of a frozen aerated semi-finished food product based on fruit and/or vegetables, b') feeding a dosed quantity of liquid at room temperature into the container through a first dispensing nozzle of said device , and c') grinding the loose pieces of frozen aerated semi-finished food product in the liquid at room temperature by means of a rotary member of said device so as to prepare a slush or a sorbet, or b") feeding a dosed quantity of liquid at a higher temperature than room temperature into the container through a second dispensing nozzle of said device , and c") dissolving the loose pieces of frozen aerated semi-finished food product in the liquid at a higher temperature than room temperature by means of said rotary member of said device so as to prepare a drink,
An insole comprising a heel region , an arch region and a forefoot region ; the heel region comprising a pod and a PU foam layer; wherein the pod comprises an encapsulated liquid, and the pod is at least partially embedded in the PU foam layer and surrounded by the PU foam on a bottom surface of the insole ; characterised in that the PU foam is separated from the pod on the bottom surface by a gap of 0.8mm to 1.2mm. the heel region comprising a pod and a PU foam layer; wherein the pod comprises an encapsulated liquid, and the pod is at least partially embedded in the PU foam layer and surrounded by the PU foam on a bottom surface of the insole ; characterised in that the PU foam is separated from the pod on the bottom surface by a gap of 0.8mm to 1.2mm.
A method for securing, against fires, a solid fuel combustion or gasification plant comprising a solid fuel combustion furnace , said furnace being supplied, with solid fuel , by a supply system , the method including the following steps according to which: a non-flammable liquid is injected into the fuel contained in the fuel supply system ; a fuel plug is formed in the fuel supply system ; the method being characterised in that a fuel-free space is created in the fuel supply system. a non-flammable liquid is injected into the fuel contained in the fuel supply system ; a fuel plug is formed in the fuel supply system ; the method being characterised in that a fuel-free space is created in the fuel supply system.
A vibration damping control device performing sprung vibration damping control of suppressing sprung vibration generated in a vehicle, by control of torque generated in wheels of the vehicle, wherein vibration damping control suppression control of stopping the sprung vibration damping control or reducing a control amount of the sprung vibration damping control is performed on the basis of engine speed and engine torque of an engine that is a power source of the vehicle during travel; and characterized by : a control determination unit that determines whether or not to perform the vibration damping control suppression control; and an NV worsening region determination unit that determines, on the basis of the engine speed and the engine torque, whether or not a travel state of the vehicle is in an NV worsening region, which is a region at which vibration in the vehicle increases, wherein the control determination unit determines that the vibration damping control suppression control is to be performed when the NV worsening region determination unit determines that the travel state of the vehicle is in the NV worsening region. a control determination unit that determines whether or not to perform the vibration damping control suppression control; and an NV worsening region determination unit that determines, on the basis of the engine speed and the engine torque, whether or not a travel state of the vehicle is in an NV worsening region, which is a region at which vibration in the vehicle increases, wherein the control determination unit determines that the vibration damping control suppression control is to be performed when the NV worsening region determination unit determines that the travel state of the vehicle is in the NV worsening region.
A variable-speed pumped storage power generation apparatus comprising a variable speed generator motor that has a primary side synchronously connected to a commercial power system even though a frequency converter is included and a rotor rotates at a variable speed, and a pump turbine that is directly connected to the rotor of the variable speed generator motor to drive the rotor in a power generation mode and be driven by the rotor in a pumping mode, the variable-speed pumped storage power generation apparatus performing, in the power generation mode, speed control by giving, to the pump turbine that is a motor, a speed control command that is calculated by a rotational speed controller that includes a proportional control element, an integral control element, and a differential control element, on a basis of a deviation between rotational speed of the rotor and a rotational speed command of the rotor, and power control by giving a power output command to the generator motor, wherein the variable-speed pumped storage power generation apparatus performs control in the power generation mode to set a maximum change rate of the power output command constant when a slip frequency that is a difference between a commercial power system frequency (f) and a frequency (f N ) corresponding to the rotational speed (N) of the rotor is within a normal operating range, limit the maximum change rate of the power output command by multiplying the maximum change rate by a value in a range of one to zero in accordance with an amount of deviation of the slip frequency from the normal operating range when the slip frequency is within a range that falls below a lower limit of the normal operating range by a predetermined value or less or within a range that exceeds an upper limit of the normal operating range by a predetermined value or less, and limit the maximum change rate of the power output command by multiplying the maximum change rate by zero when the slip frequency is in a range that falls below the lower limit by the predetermined value or more or in a range that exceeds the upper limit by the predetermined value or more.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting , to a second base station, BS, a request for a radio resource control, RRC, connection via a resume request message including a first authentication token or a re-establishment request message including a second authentication token, wherein the request for the RRC connection is associated with a UE context request message transmitted from the second BS to a first BS, the UE context request message including an authentication token and indication information indicating whether the RRC connection is requested to be resumed or re-established, wherein the authentication token is based on the indication information, and wherein the UE context request message is associated with a UE context request response message including a UE context, the UE context request response message being transmitted from the first BS to the second BS; and receiving , from the second BS, a response for the RRC connection, based on the UE context request response message. transmitting , to a second base station, BS, a request for a radio resource control, RRC, connection via a resume request message including a first authentication token or a re-establishment request message including a second authentication token, wherein the request for the RRC connection is associated with a UE context request message transmitted from the second BS to a first BS, the UE context request message including an authentication token and indication information indicating whether the RRC connection is requested to be resumed or re-established, wherein the authentication token is based on the indication information, and wherein the UE context request message is associated with a UE context request response message including a UE context, the UE context request response message being transmitted from the first BS to the second BS; and receiving , from the second BS, a response for the RRC connection, based on the UE context request response message.
Method for determining interaction between cellular bodies and a functionalized wall surface , the method comprising: obtaining, e.g. determining or receiving, a sequence of images representing manipulating cellular bodies in a holding space , the holding space including a functionalized wall surface configured to bind the cellular bodies, the manipulating including applying a force, preferably a force ramp, on cellular bodies bound to the functionalized wall surface , preferably the force having a direction away from the functionalized wall surface ; tracking first locations of first pixel groups in respective first images out of the sequence of images, each first pixel group in the first images representing a first cellular body out of the cellular bodies, the first locations in the respective first images defining a first trajectory of the first cellular body moving relative to the functionalized wall surface ; determining one or more first speed values of the first cellular body at one or more locations of the first trajectory, the one or more speed values being higher than zero; characterised by classifying that the first cellular body is attached to the functionalized wall surface based on the one or more first speed values and at least one threshold speed value, preferably the classifying including determining that the one or more first speed values are lower than the at least one threshold speed value. obtaining, e.g. determining or receiving, a sequence of images representing manipulating cellular bodies in a holding space , the holding space including a functionalized wall surface configured to bind the cellular bodies, the manipulating including applying a force, preferably a force ramp, on cellular bodies bound to the functionalized wall surface , preferably the force having a direction away from the functionalized wall surface ; tracking first locations of first pixel groups in respective first images out of the sequence of images, each first pixel group in the first images representing a first cellular body out of the cellular bodies, the first locations in the respective first images defining a first trajectory of the first cellular body moving relative to the functionalized wall surface ; determining one or more first speed values of the first cellular body at one or more locations of the first trajectory, the one or more speed values being higher than zero; characterised by classifying that the first cellular body is attached to the functionalized wall surface based on the one or more first speed values and at least one threshold speed value, preferably the classifying including determining that the one or more first speed values are lower than the at least one threshold speed value.