mhurhangee/patent-ind-claim-en huggingface dataset:
Robotic cleaning device comprising: - a main body ; - at least one drive wheel for driving the robotic cleaning device on a horizontal ground surface ; - at least one linking member rotationally coupled to the main body about a suspension axis and rotationally supporting the at least one drive wheel about a drive wheel axis such that by rotating the linking member about the suspension axis in a first direction , at least a section of the main body can be raised from a lowered position, closer to the ground surface , to a raised position, further away from the ground surface ; and characterised in that - a first spring member and a second spring member each arranged to provide a moment on the linking member about the suspension axis in the first direction to press the at least one drive wheel towards the ground surface ; wherein the moment provided by the first spring member is higher in the lowered position than in the raised position and the moment provided by the second spring member is higher in the raised position than in the lowered position. - a main body ; - at least one drive wheel for driving the robotic cleaning device on a horizontal ground surface ; - at least one linking member rotationally coupled to the main body about a suspension axis and rotationally supporting the at least one drive wheel about a drive wheel axis such that by rotating the linking member about the suspension axis in a first direction , at least a section of the main body can be raised from a lowered position, closer to the ground surface , to a raised position, further away from the ground surface ; and characterised in that - a first spring member and a second spring member each arranged to provide a moment on the linking member about the suspension axis in the first direction to press the at least one drive wheel towards the ground surface ; wherein the moment provided by the first spring member is higher in the lowered position than in the raised position and the moment provided by the second spring member is higher in the raised position than in the lowered position.
Method for operating an automation system, wherein an application that is to be run on the automation system is available in a form that is encapsulated in a container and wherein in the case of kernel mode software that is required by the application that is encapsulated in the container , with the aid of the metadata that is stored in the container a host extender that is run on the automation system downloads the required kernel mode software from a database that has kernel mode software and installs said required kernel mode software locally on the automation system, wherein, in the event of incompatibility being detected on the automation system, the host extender installs a virtual machine , loads into the virtual machine the container that has led to the incompatibility and loads into the kernel of the virtual machine the kernel mode software that is required by the application that is packaged in the container , wherein the kernel mode software is installed locally in the form of being integrated into a kernel of an operating system of the automation system, wherein, in the case of a multiplicity of containers , the host extender automatically checks the compatibility of the respectively required kernel mode software . wherein an application that is to be run on the automation system is available in a form that is encapsulated in a container and wherein in the case of kernel mode software that is required by the application that is encapsulated in the container , with the aid of the metadata that is stored in the container a host extender that is run on the automation system downloads the required kernel mode software from a database that has kernel mode software and installs said required kernel mode software locally on the automation system, wherein, in the event of incompatibility being detected on the automation system, the host extender installs a virtual machine , loads into the virtual machine the container that has led to the incompatibility and loads into the kernel of the virtual machine the kernel mode software that is required by the application that is packaged in the container , wherein the kernel mode software is installed locally in the form of being integrated into a kernel of an operating system of the automation system, wherein, in the case of a multiplicity of containers , the host extender automatically checks the compatibility of the respectively required kernel mode software .
A controlling system for an electric bicycle, which is connected to a controller area network CAN bus of the electric bicycle, and configured to control a plurality of electric elements which are signally connected to the CAN bus , characterized by : the controlling system for the electric bicycle is connected to a controlling end and comprises: a dongle module comprising: a first connecting port connected to the controlling end , wherein the controlling end is configured to transmit a universal serial bus USB signal to the first connecting port ; a dongle , wherein one end of the dongle is coupled to the first connecting port , and the dongle is configured to convert the USB signal into a CAN signal; and a second connecting port coupled to another end of the dongle ; and a console comprising a console port , wherein the console port is detachably connected to the second connecting port and coupled to the CAN bus ; wherein the CAN signal is transmitted to the CAN bus via the second connecting port and the console port ; wherein the first connecting port is a USB Type-A port or a USB Type-C port, the second connecting port is the USB Type-A port or the USB Type-C port, and the console port is corresponding to the second connecting port . a dongle module comprising: a first connecting port connected to the controlling end , wherein the controlling end is configured to transmit a universal serial bus USB signal to the first connecting port ; a dongle , wherein one end of the dongle is coupled to the first connecting port , and the dongle is configured to convert the USB signal into a CAN signal; and a second connecting port coupled to another end of the dongle ; and a first connecting port connected to the controlling end , wherein the controlling end is configured to transmit a universal serial bus USB signal to the first connecting port ; a dongle , wherein one end of the dongle is coupled to the first connecting port , and the dongle is configured to convert the USB signal into a CAN signal; and a second connecting port coupled to another end of the dongle ; and a console comprising a console port , wherein the console port is detachably connected to the second connecting port and coupled to the CAN bus ; wherein the CAN signal is transmitted to the CAN bus via the second connecting port and the console port ; wherein the first connecting port is a USB Type-A port or a USB Type-C port, the second connecting port is the USB Type-A port or the USB Type-C port, and the console port is corresponding to the second connecting port .
A motorcycle tire comprising a pair of bead portions each with an annular bead core embedded therein and each having a bead bottom surface located radially inside the bead core , characterized in that in a non-rim assembled state of the tire in which the bead portions are held such that the axial distance (L1) between the axially outer surfaces of the bead portions matches a rim width (W1) of a regular rim (R) for the tire , the following conditional expression : 0.99 = < Dc / Dr + 2 T = < 1.00 is satisfied, wherein "Dc" is the inner diameter of the annular bead core measured at an axial position corresponding to the center in the tire axial direction of the bead core , "Dr" is the diameter of the regular rim (R), and "T" is the radial distance from the radially inner surface of the bead core to the bead bottom surface measured at the axial position corresponding to the center in the tire axial direction of the bead core . "Dc" is the inner diameter of the annular bead core measured at an axial position corresponding to the center in the tire axial direction of the bead core , "Dr" is the diameter of the regular rim (R), and "T" is the radial distance from the radially inner surface of the bead core to the bead bottom surface measured at the axial position corresponding to the center in the tire axial direction of the bead core .
A nonaqueous electrolyte secondary battery, comprising: a positive electrode that includes a lithium-manganese oxide as a positive electrode active material; a negative electrode that includes SiOx (0≤X<2) in which at least a part of a surface is covered with carbon using a physical vapor deposition method (PVD) or a chemical vapor deposition method (CVD), or a Li-Al alloy as a negative electrode active material; and characterized by : an electrolytic solution, which is a mixed solvent that contains propylene carbonate (PC), ethylene carbonate (EC), and dimethoxy ethane (DME) as an organic solvent in a range of {PC:EC:DME}={0.5 to 1.5:0.5 to 1.5:1 to 3} in terms of a volume ratio, and lithium bis(fluorosulfonyl)imide (LiFSI) as a supporting salt in an individual amount of 0.6 to 1.2 (mol/L). a positive electrode that includes a lithium-manganese oxide as a positive electrode active material; a negative electrode that includes SiOx (0≤X<2) in which at least a part of a surface is covered with carbon using a physical vapor deposition method (PVD) or a chemical vapor deposition method (CVD), or a Li-Al alloy as a negative electrode active material; and
A refill adapter cap for a refill receptacle adapted to refill the liquid reservoir of an electronic smoking device via the refill adapter cap , wherein the refill adapter cap comprises: a first end with an opening and a connection portion , adapted for the connection to a refill receptacle ; a second end with an injection portion that protrudes from the second end and wherein said injection portion comprises a liquid outlet hole ; a liquid flow channel interconnecting the first end and the second end , allowing for liquid to flow through the refill adapter cap ; wherein the liquid flow channel comprises a slope section , adapted to reduce the flow rate of liquid passing the liquid flow channel, said slope section having the shape of a funnel, the slope section comprising an accumulative portion (160-1) for the reception of liquid entering the slope section via the opening and the liquid flow channel comprising a discharge portion (160-2) for the transport of liquid from the funnel-shaped slope section to a lower part of the liquid flow channel ending in the liquid outlet hole , characterized in that the discharge portion (160-2) of the funnel is not arranged centrally under the accumulative portion (160-1) but displaced on a side of the funnel, aligned with the lower part of the liquid flow channel , such that the liquid flow channel at least in part extends along a line (L) that is displaced in parallel with respect to a centerline (CL) of the refill adapter cap . a first end with an opening and a connection portion , adapted for the connection to a refill receptacle ; a second end with an injection portion that protrudes from the second end and wherein said injection portion comprises a liquid outlet hole ; a liquid flow channel interconnecting the first end and the second end , allowing for liquid to flow through the refill adapter cap ; wherein the liquid flow channel comprises a slope section , adapted to reduce the flow rate of liquid passing the liquid flow channel, said slope section having the shape of a funnel, the slope section comprising an accumulative portion (160-1) for the reception of liquid entering the slope section via the opening and the liquid flow channel comprising a discharge portion (160-2) for the transport of liquid from the funnel-shaped slope section to a lower part of the liquid flow channel ending in the liquid outlet hole , characterized in that
An occlusion clearing device, comprising: a controller comprising at least one actuator for generating repetitive motion; a stem coupled to the at least one actuator, the stem comprising: at least one fluid source, said fluid source comprising a deformable reservoir ; a conduit member in fluidic communication with said fluid source; and a reciprocating member extending through said deformable reservoir and at least partially disposed within said conduit member , the reciprocating member configured to accept the repetitive motion. a controller comprising at least one actuator for generating repetitive motion; a stem coupled to the at least one actuator, the stem comprising: at least one fluid source, said fluid source comprising a deformable reservoir ; a conduit member in fluidic communication with said fluid source; and a reciprocating member extending through said deformable reservoir and at least partially disposed within said conduit member , the reciprocating member configured to accept the repetitive motion. at least one fluid source, said fluid source comprising a deformable reservoir ; a conduit member in fluidic communication with said fluid source; and a reciprocating member extending through said deformable reservoir and at least partially disposed within said conduit member , the reciprocating member configured to accept the repetitive motion.
Riser sleeve for use in the casting of metals into a casting mould, comprising a riser body , comprising - a riser cavity for holding liquid metal and - a riser opening for joining the riser cavity to a mould cavity of the casting mould during the casting process, wherein - the riser cavity has a greater diameter than the diameter of the riser opening in at least one portion, - the riser body is made of an insulated and/or exothermic riser material, - the riser body is formed as a single piece, - the riser opening defines an axis , characterized in that - the riser cavity is asymmetric to the axis . - a riser cavity for holding liquid metal and - a riser opening for joining the riser cavity to a mould cavity of the casting mould during the casting process, - the riser cavity has a greater diameter than the diameter of the riser opening in at least one portion, - the riser body is made of an insulated and/or exothermic riser material, - the riser body is formed as a single piece, - the riser opening defines an axis , characterized in that - the riser cavity is asymmetric to the axis .
A semi-hermetic refrigerant compressor, comprising a reciprocating piston compressor and an electric motor , an overall housing , a suction-side refrigerant path which leads from a suction connection on the overall housing to an inlet chamber of the reciprocating piston compressor , and a pressure-side refrigerant path which leads from an outlet chamber of the reciprocating piston compressor to a pressure connection on the overall housing , wherein the electric motor is configured as a synchronous motor, in the rotor of which there are arranged permanent magnets for the synchronous operation of the electric motor and a squirrel cage for the start-up of the electric motor in asynchronous operation, wherein the permanent magnets extend parallel to a rotor axis of the rotor , wherein the permanent magnets are formed as planar bodies, the flat sides of which extend in a longitudinal direction and in a transverse direction running transversely to the longitudinal direction, wherein the permanent magnets formed as planar bodies have a different magnetic polarity (N, S) on their mutually opposite flat sides , one of which faces towards the rotor axis and the other of which faces away from the rotor axis , characterized in that the refrigerant compressor is a semi-hermetic refrigerant compressor, which has the overall housing as an outer housing, in that the overall housing has a motor housing portion for the electric motor , which constitutes an outer housing of the electric motor , and has a compressor housing portion for the reciprocating piston compressor , which constitutes an outer housing of the reciprocating piston compressor , wherein, in the compressor housing portion which constitutes the outer housing and forms at least one cylinder housing , there is provided at least one cylinder of the reciprocating piston compressor , which has a piston which is movable in a cylinder bore , formed in the compressor housing portion a valve plate closing off the cylinder bore and a cylinder head extending over the valve plate and forming a part of the compressor housing portion , in that a cylinder head has an inlet chamber and an outlet chamber for a cylinder bank comprising at least two cylinders , and in that the permanent magnets are formed so that, in a circumferential direction around the rotor axis , successive permanent magnets on their sides facing the rotor axis have in each case an alternating plurality, so that overall the rotor by means of the permanent magnets has alternating magnetic poles in circumferential direction.
A gas turbine plant comprising: a gas turbine that combusts fuel, is driven by combustion gas generated through combustion of the fuel, and exhausts the combustion gas as exhaust gas (EG); a heating device that heats ammonia and thermally decomposes the ammonia to convert the ammonia into decomposition gas (PG) including hydrogen gas and nitrogen gas; and a decomposition gas line that sends the decomposition gas (PG) flowing out of the heating device to the gas turbine ; characterized in that the gas turbine plant further comprises a decomposition gas compressor that is provided on the decomposition gas line and increases a pressure of the decomposition gas (PG) flowing out of the heating device to a pressure equal to or higher than a feed pressure at which the decomposition gas (PG) is allowed to be fed to the gas turbine , wherein the decomposition gas (PG) of which the pressure has been increased by the decomposition gas compressor is supplied to the gas turbine as at least a part of the fuel. a gas turbine that combusts fuel, is driven by combustion gas generated through combustion of the fuel, and exhausts the combustion gas as exhaust gas (EG); a heating device that heats ammonia and thermally decomposes the ammonia to convert the ammonia into decomposition gas (PG) including hydrogen gas and nitrogen gas; and a decomposition gas line that sends the decomposition gas (PG) flowing out of the heating device to the gas turbine ; characterized in that the gas turbine plant further comprises a decomposition gas compressor that is provided on the decomposition gas line and increases a pressure of the decomposition gas (PG) flowing out of the heating device to a pressure equal to or higher than a feed pressure at which the decomposition gas (PG) is allowed to be fed to the gas turbine , wherein the decomposition gas (PG) of which the pressure has been increased by the decomposition gas compressor is supplied to the gas turbine as at least a part of the fuel.
A contact probe for a testing head of an apparatus for testing electronic devices, said probe including a body essentially extended according to a longitudinal direction between a contact tip and a contact head , said contact probe comprising at least one multilayer structure , in turn including a superposition of at least one inner layer or core and a first inner coating layer that are parallel to each other, characterized in that said contact probe comprises an outer coating layer that completely covers said multilayer structure and made of a material having a higher hardness than a material realizing said core , said outer coating layer also covering edge portions of said multilayer structure , said edge portions comprising said core and said first inner coating layer .
A multilayer porous transport layer based on a plurality of sintered porous layers having a permeability for gaseous and liquid substances in an electrochemical cell; said multilayer porous transport layer being suited to be assembled between a bipolar plate and a catalyst layer of the electrochemical cell, comprising: a) at least a first porous layer and a second porous layer comprising irregularly shaped particles of a conductive material wherein the mean particle size decreases from layer to layer, and wherein the irregularly shape particles are defined by having an irregularity parameter IP=D/d smaller than 5 and a roundness RN=P 2 /4πA greater than 1.2 wherein: i) D is the diameter of the smallest possible circle surrounding a 2D projection of the particle; ii) d is the diameter of the biggest possible circle laying completely inside the 2D projection of the particle; iii) P is the perimeter of the 2D projection of the particle; and iv) A is the area of the 2D projection of the particle; and b) the first porous layer and the second layer are made from sintered irregularly shaped particles of the conductive material, wherein the first porous layer having a contact surface being enabled to be oriented towards a catalyst layer of the electrochemical cell has a smaller mean particle size than the second porous layer having a contact surface being enabled to be oriented towards a bipolar plate of the electrochemical cell. a) at least a first porous layer and a second porous layer comprising irregularly shaped particles of a conductive material wherein the mean particle size decreases from layer to layer, and wherein the irregularly shape particles are defined by having an irregularity parameter IP=D/d smaller than 5 and a roundness RN=P 2 /4πA greater than 1.2 wherein: i) D is the diameter of the smallest possible circle surrounding a 2D projection of the particle; ii) d is the diameter of the biggest possible circle laying completely inside the 2D projection of the particle; iii) P is the perimeter of the 2D projection of the particle; and iv) A is the area of the 2D projection of the particle; and i) D is the diameter of the smallest possible circle surrounding a 2D projection of the particle; ii) d is the diameter of the biggest possible circle laying completely inside the 2D projection of the particle; iii) P is the perimeter of the 2D projection of the particle; and iv) A is the area of the 2D projection of the particle; and b) the first porous layer and the second layer are made from sintered irregularly shaped particles of the conductive material, wherein the first porous layer having a contact surface being enabled to be oriented towards a catalyst layer of the electrochemical cell has a smaller mean particle size than the second porous layer having a contact surface being enabled to be oriented towards a bipolar plate of the electrochemical cell.