mhurhangee/patent-ind-claim-en huggingface dataset:
A terrestrial node of a system, the system comprising a gateway , a non-terrestrial node , a terrestrial node and at least a user equipment , wherein terrestrial node comprises a HARQ controller, wherein the gateway is configured to forward a data packet, said data packet to be transmitted to the user equipment , to the non-terrestrial node , wherein the non-terrestrial node is configured to forward the received data packet to the user equipment using a signal, wherein the user equipment is configured to analyze the received data packet with regard to a transmission error and/or to analyze the signal from the non-terrestrial node with regard to a signal quality and to generate a negative acknowledgment command or an acknowledgement command dependent on the transmission error or to generate another signal indicating the reception signal quality dependent on the reception signal quality, wherein the user equipment is configured to transmit the acknowledgement command and the non-acknowledgement command or the other signal to the terrestrial node which communicates with the non-terrestrial node , the terrestrial node comprising: a non-terrestrial signal receiver configured to receive the data packet or a redundancy version of the data packet from the non-terrestrial node ; a memory configured to buffer the data packet or the redundancy version of the data packet; a terrestrial signal receiver configured to receive the acknowledgement command or the non-acknowledgement command from the user equipment ; and a terrestrial signal transmitter configured to retransmit the data packet or a redundancy version of the data packet to the user equipment as response to the non-acknowledgment command; wherein the terrestrial node is configured to listen to said signal from the non-terrestrial node in order to receive the data packet sent to the user equipment . a non-terrestrial signal receiver configured to receive the data packet or a redundancy version of the data packet from the non-terrestrial node ; a memory configured to buffer the data packet or the redundancy version of the data packet; a terrestrial signal receiver configured to receive the acknowledgement command or the non-acknowledgement command from the user equipment ; and a terrestrial signal transmitter configured to retransmit the data packet or a redundancy version of the data packet to the user equipment as response to the non-acknowledgment command; wherein the terrestrial node is configured to listen to said signal from the non-terrestrial node in order to receive the data packet sent to the user equipment .
An antenna system comprising: a first antenna ; a second antenna ; a first connecting cable , a second connecting cable , and a combiner comprising a first channel coupled to said first antenna via said first connecting cable and a second channel coupled to said second antenna via said second connecting cable , said combiner further comprising a sum channel , wherein said antenna system is configured to couple a transmit signal to the sum channel of said combiner during a transmit mode and wherein said first and said second antennas are flat panel antennas (102; 104) spatially separated, wherein said first and second antennas (102; 104) have a low-profile shape in the general shape of an ellipse of approximately 152.4 cm x 30.48 cm (5' x 1'), thereby providing a reduced windload on said first and second antennas (102; 104). a first antenna ; a second antenna ; a first connecting cable , a second connecting cable , and a combiner comprising a first channel coupled to said first antenna via said first connecting cable and a second channel coupled to said second antenna via said second connecting cable , said combiner further comprising a sum channel , wherein said antenna system is configured to couple a transmit signal to the sum channel of said combiner during a transmit mode and wherein said first and said second antennas are flat panel antennas (102; 104) spatially separated, wherein said first and second antennas (102; 104) have a low-profile shape in the general shape of an ellipse of approximately 152.4 cm x 30.48 cm (5' x 1'), thereby providing a reduced windload on said first and second antennas (102; 104).
Method for monitoring and controlling a process in a gas boiler , in which a fuel gas/air mixture comprising air and a fuel gas is burnt in a combustion chamber , wherein a control variable of at least one sensor is used for adjusting a mixing ratio of air flow and fuel gas flow using suitable actuators which are arranged upstream of the combustion chamber, wherein the sensor is arranged downstream of the combustion chamber in an exhaust gas flow of the combustion chamber and the exhaust gas flow from the combustion chamber flows around at least part of the sensor, and wherein sensor data about the material composition of the exhaust gas flow measured by the sensor are detected as the control variable, characterized in that the sensor is a thermal sensor, in particular for measuring a thermal conductivity.
Connector arrangement comprising: - at least two cables , each comprising one cable sheath , and respectively one shielding arranged within the cable sheath , the shielding being exposed from the cable sheath at one cable end , - a connector housing made of an electrically conductive material, in which there is realized a respective a leadthrough for each cable , the exposed shielding of each cable being located in the respective leadthrough , and being frictionally connected to the connector housing , and - a crimp barrel , the crimp barrel enclosing each leadthrough , characterized in that the crimp barrel encloses the connector housing and is frictionally connected to the connector housing . - at least two cables , each comprising one cable sheath , and respectively one shielding arranged within the cable sheath , the shielding being exposed from the cable sheath at one cable end , - a connector housing made of an electrically conductive material, in which there is realized a respective a leadthrough for each cable , the exposed shielding of each cable being located in the respective leadthrough , and being frictionally connected to the connector housing , and - a crimp barrel , the crimp barrel enclosing each leadthrough , characterized in that the crimp barrel encloses the connector housing and is frictionally connected to the connector housing .
Method for configuring control software in a rail vehicle, - in which basic functions which are needed for the basic operation of the rail vehicles are implemented in control software intended for a multiplicity of rail vehicles, - in which optional functions which are needed to implement a multiplicity of customer-specific requirements profiles are implemented in the control software, - in which the embodiments, combinations and functional sequences of the basic functions and the optional functions are tested, validated and approved before the control software is implemented in the rail vehicles, - in which the basic functions and the optional functions are subsequently implemented as control software in the rail vehicles, - in which, in a selected rail vehicle, at least one optional function is activated and/or deactivated using a switching parameter individually assigned to the optional function, - in which the switching parameter required for this purpose is determined by the manufacturer of the rail vehicle and is created outside the rail vehicle on the basis of a special customer-specific requirements profile and is subsequently transmitted to the selected rail vehicle, in order to enable customer-specific fleet management. - in which basic functions which are needed for the basic operation of the rail vehicles are implemented in control software intended for a multiplicity of rail vehicles, - in which optional functions which are needed to implement a multiplicity of customer-specific requirements profiles are implemented in the control software, - in which the embodiments, combinations and functional sequences of the basic functions and the optional functions are tested, validated and approved before the control software is implemented in the rail vehicles, - in which the basic functions and the optional functions are subsequently implemented as control software in the rail vehicles, - in which, in a selected rail vehicle, at least one optional function is activated and/or deactivated using a switching parameter individually assigned to the optional function, - in which the switching parameter required for this purpose is determined by the manufacturer of the rail vehicle and is created outside the rail vehicle on the basis of a special customer-specific requirements profile and is subsequently transmitted to the selected rail vehicle, in order to enable customer-specific fleet management.
A plasma generating arrangement comprising a plurality of plasma sources , each plasma source comprising a respective antenna coil assembly electrically coupled to a common electrical terminal via a respective transmission line , wherein each transmission line is configured to communicate a radio frequency electrical power signal from the common electrical terminal to the respective antenna coil assembly so that each plasma source is powered at the same time, and wherein the length of each transmission line is an odd multiple of 1⁄4 of the wavelength of the radio frequency electrical power signal.
A fuel injection system, comprising: a low pressure pump feeding a fuel from a fuel tank ; a high pressure pump feeding the fuel to injectors of an internal combustion engine ; and a fuel line connecting the low pressure pump and the high pressure pump , wherein a damper is further arranged in and fixed to the fuel line , the damper including a fuel line portion which has both ends provided with a pair of fuel line connecting portions connected to the fuel line and which has an inner portion allowing passage of the fuel; a cover portion forming an enclosed room (C) arranged to extend from the fuel line portion ; and a pressure absorption body extending in a direction which intersects with a passing direction of the fuel and arranged in the enclosed room (C), characterized in that the cover portion is arranged at a circumferential side of the fuel line portion , such that the cover portion does not protrude all around the circumference of the fuel line portion . a low pressure pump feeding a fuel from a fuel tank ; a high pressure pump feeding the fuel to injectors of an internal combustion engine ; and a fuel line connecting the low pressure pump and the high pressure pump , wherein a damper is further arranged in and fixed to the fuel line , the damper including a fuel line portion which has both ends provided with a pair of fuel line connecting portions connected to the fuel line and which has an inner portion allowing passage of the fuel; a cover portion forming an enclosed room (C) arranged to extend from the fuel line portion ; and a pressure absorption body extending in a direction which intersects with a passing direction of the fuel and arranged in the enclosed room (C), characterized in that the cover portion is arranged at a circumferential side of the fuel line portion , such that the cover portion does not protrude all around the circumference of the fuel line portion .
A switch for a vehicle, wherein the vehicle comprises a surface housing, the surface housing is provided with a groove , the switch is suitable to be disposed in the groove , the switch comprises a pressing rod assembly , the pressing rod assembly comprises a rocking bar and a connecting piece , the rocking bar is rotatably connected to the connecting piece , and the connecting piece is suitable to be fixedly connected to the groove , wherein the switch further comprises a crushable rib , the crushable rib is disposed between the connecting piece and the groove , wherein the crushable rib has the consistent thickness, characterized in that a strength of an upper side of the crushable rib is less than a strength of a lower side of the crushable rib , wherein the upper side of the crushable rib is one side close to an outer surface of the groove , and the lower side of the crushable rib is one side close to a bottom surface of the groove .
A three-dimensional discontinuous entity for cell culturing comprising a. a matrix containing a first aqueous medium and interconnecting hydrogel bodies comprising cellulose nanofibrils and/or derivatives thereof suspended in said first aqueous medium, b. a plurality of voids containing a second aqueous medium in between said hydrogel bodies. a. a matrix containing a first aqueous medium and interconnecting hydrogel bodies comprising cellulose nanofibrils and/or derivatives thereof suspended in said first aqueous medium, b. a plurality of voids containing a second aqueous medium in between said hydrogel bodies.
A communication method for a coordinator communication device, the communication method comprising: generating a first scheduling element to be used by at least one first communication device and a second scheduling element to be used by at least one second communication device; and transmitting the first scheduling element and the second scheduling element to the at least one first communication device and to the at least one second communication device, wherein the second scheduling element includes at least one second allocation that indicates a time-frequency resource allocated to the at least one second communication device, the first scheduling element includes at least one first virtual allocation that is a duplicate of the at least one second allocation, and at least one first allocation that indicates a time-frequency resource allocated to the at least one first communication device, the at least one first communication device performs communication in accordance with a first communication system using a first frequency band, and the at least one second communication device performs communication in accordance with the first communication system or a second communication system using a second frequency band that includes the first frequency band. generating a first scheduling element to be used by at least one first communication device and a second scheduling element to be used by at least one second communication device; and transmitting the first scheduling element and the second scheduling element to the at least one first communication device and to the at least one second communication device, wherein the second scheduling element includes at least one second allocation that indicates a time-frequency resource allocated to the at least one second communication device, the first scheduling element includes at least one first virtual allocation that is a duplicate of the at least one second allocation, and at least one first allocation that indicates a time-frequency resource allocated to the at least one first communication device, the at least one first communication device performs communication in accordance with a first communication system using a first frequency band, and the at least one second communication device performs communication in accordance with the first communication system or a second communication system using a second frequency band that includes the first frequency band.
A method of preparing a composition comprising a crosslinked first polymer and a non-crosslinked second polymer, wherein the first and the second polymer are selected from a polysaccharide, and water, wherein the composition contains an anesthetic, comprising at least steps (S1) to (S5): (S1) mixing the first polymer and water, wherein the pH of the mixture is in the range of from 6.5 to 7.5, and storing the mixture at a temperature of from 0 °C to 15 °C for a period of at least two hours prior to the crosslinking in step (S2); (S2) crosslinking a mixture comprising the first polymer and water; (S3) subsequent to the crosslinking in step (S2), terminating the crosslinking; (S4) subjecting the product obtained after step (S3) to dialysis; (S5) blending the product obtained after step (S4) with a mixture comprising the second polymer and water, wherein the mixture comprises an anesthetic; wherein the polysaccharide is a hyaluronic acid or a sodium salt thereof, and said anesthetic is lidocaine or a salt thereof. (S1) mixing the first polymer and water, wherein the pH of the mixture is in the range of from 6.5 to 7.5, and storing the mixture at a temperature of from 0 °C to 15 °C for a period of at least two hours prior to the crosslinking in step (S2); (S2) crosslinking a mixture comprising the first polymer and water; (S3) subsequent to the crosslinking in step (S2), terminating the crosslinking; (S4) subjecting the product obtained after step (S3) to dialysis; (S5) blending the product obtained after step (S4) with a mixture comprising the second polymer and water, wherein the mixture comprises an anesthetic; wherein the polysaccharide is a hyaluronic acid or a sodium salt thereof, and said anesthetic is lidocaine or a salt thereof.
Body-protector comprising: - a wearable article ; - a shock-absorbing pad anchored to the wearable article ; wherein the shock-absorbing pad comprises a first member configured to absorb shock energy by plastic deformation and a second member configured to absorb shock energy by elastic deformation and wherein the first member is embedded in the second member ; characterized in that the first member comprises a plurality of cells interconnected each other via their sidewalls to form a flexible sheet configured to absorb energy through plastic deformation of said sidewalls in response to a compressive load applied to said sheet . - a wearable article ; - a shock-absorbing pad anchored to the wearable article ; wherein the shock-absorbing pad comprises a first member configured to absorb shock energy by plastic deformation and a second member configured to absorb shock energy by elastic deformation and wherein the first member is embedded in the second member ;
Multiple containment unit of compressed gas cylinders, which is intended to be installed on a transport means, in particular for maritime transport, such unit being installable in the holds of ships or on the decks of barges, such multiple containment unit comprising: - a support frame comprising in turn a support base and a plurality of side containment structures which are structurally connected to the support base and extend vertically therefrom defining an inner containment volume ; and - a plurality of cylinders for containing compressed gas which are arranged vertically along their own longitudinal extension axis (X) inside said containment volume and are connected to said support frame in order to maintain a stable position therein, characterised in that each cylinder is connected to the support base by means of a lower connecting device comprising a support element at which the cylinder abuts with a longitudinal bottom end , and a spherical joint which constrains the support element to the support base , allowing the free rotation of said support element and of the cylinder resting on it with respect to the support base , but preventing translations thereof with respect to said support base , and in that it comprises a vertical support structure of the cylinders which is constrained to the side structures of the frame at a predetermined height (H) from the support base and which defines for each individual cylinder a vertical positioning seat , each cylinder being free to translate axially within its respective seat with respect to said vertical support structure , which accompanies the cylinders in the movements of the side structures of the frame, following the rotations of each cylinder permitted by the respective lower connecting device without transmitting to them bending and/or twisting moments and while keeping the cylinders separate from each other according to a predetermined positioning plan layout, wherein said support frame is a structure having a stiffness lower than the cylinders arranged in it and is able to deform when it is subjected to dynamic loads imposed by the means of transport inside which it is installed and wherein the support frame is a lattice-like structure made of metal sections connected to each other by welding or bolted connections. - a support frame comprising in turn a support base and a plurality of side containment structures which are structurally connected to the support base and extend vertically therefrom defining an inner containment volume ; and - a plurality of cylinders for containing compressed gas which are arranged vertically along their own longitudinal extension axis (X) inside said containment volume and are connected to said support frame in order to maintain a stable position therein,
A capacitance device for monitoring a sterilization process, comprising: a first compartment containing a biological indicator , the biological indicator comprising spores on a carrier, the first compartment containing two electrical conductors separated by a gap, the biological indicator being positioned in the gap between the electrical conductors , the first compartment being adapted to permit a sterilant to be brought into contact with the biological indicator during the sterilization process; and a second compartment containing a liquid assay medium , the second compartment being adapted to maintain the liquid assay medium separate from the biological indicator during the sterilization process, and the second compartment being adapted to permit the liquid assay medium to flow into contact with the biological indicator after the biological indicator has been exposed to the sterilant, the biological indicator and the liquid assay medium forming a dielectric between the electrical conductors ; and. a sensing apparatus for ascertaining the effectiveness of the sterilization process. a first compartment containing a biological indicator , the biological indicator comprising spores on a carrier, the first compartment containing two electrical conductors separated by a gap, the biological indicator being positioned in the gap between the electrical conductors , the first compartment being adapted to permit a sterilant to be brought into contact with the biological indicator during the sterilization process; and a second compartment containing a liquid assay medium , the second compartment being adapted to maintain the liquid assay medium separate from the biological indicator during the sterilization process, and the second compartment being adapted to permit the liquid assay medium to flow into contact with the biological indicator after the biological indicator has been exposed to the sterilant, the biological indicator and the liquid assay medium forming a dielectric between the electrical conductors ; and. a sensing apparatus for ascertaining the effectiveness of the sterilization process.
Vacuum cleaner for cleaning and maintaining floor surfaces , comprising a fan for generating negative pressure in order to receive dirt by means of an air flow, a separation system for removing dirt from the received air, and a setting device for setting the power (P) of the fan, the vacuum cleaner having a maximum power (A) for a continuous operation of the vacuum cleaner that can be set by means of the setting device and an intensive power (B) for a short-term operation of the vacuum cleaner that can be set by means of the setting device, the intensive power (B) being greater than the maximum power (A), characterised in that the vacuum cleaner has a boost power (C) for a short-term operation of the vacuum cleaner that can be set by means of the setting device, the boost power (C) being greater than the intensive power (B).