mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a compression mechanism; a valve plate associated with said compression mechanism and including a plurality of ports in fluid communication with said compression mechanism; a header disposed adjacent to said valve plate; a plurality of cylinders disposed within said header; a plurality of pistons respectively disposed in said plurality of cylinders and movable between a first position separated from said valve plate and permitting flow through said plurality of ports and into said compression mechanism and a second position engaging said valve plate and restricting flow through said plurality of ports and into said compression mechanism; a chamber disposed within each of said cylinders and receiving a pressurized fluid in a first mode to move said piston into said second position and venting said pressurized fluid in a second mode to move said piston into said first position; wherein one of the following applies: (a) one of said chambers includes a smaller volume than the other of said chambers (120b, 120c); or (b) one of said chambers vents said pressurized fluid at a greater rate than the other of said chambers (120b, 120c) to move one of said pistons into said first position before the other of said pistons (110b, 110c); or (c) one of said chambers includes a different diameter than the other of said chambers (120b, 120c). a compression mechanism; a valve plate associated with said compression mechanism and including a plurality of ports in fluid communication with said compression mechanism; a header disposed adjacent to said valve plate; a plurality of cylinders disposed within said header; a plurality of pistons respectively disposed in said plurality of cylinders and movable between a first position separated from said valve plate and permitting flow through said plurality of ports and into said compression mechanism and a second position engaging said valve plate and restricting flow through said plurality of ports and into said compression mechanism; a chamber disposed within each of said cylinders and receiving a pressurized fluid in a first mode to move said piston into said second position and venting said pressurized fluid in a second mode to move said piston into said first position; wherein one of the following applies: (a) one of said chambers includes a smaller volume than the other of said chambers (120b, 120c); or (b) one of said chambers vents said pressurized fluid at a greater rate than the other of said chambers (120b, 120c) to move one of said pistons into said first position before the other of said pistons (110b, 110c); or (c) one of said chambers includes a different diameter than the other of said chambers (120b, 120c). (a) one of said chambers includes a smaller volume than the other of said chambers (120b, 120c); or (b) one of said chambers vents said pressurized fluid at a greater rate than the other of said chambers (120b, 120c) to move one of said pistons into said first position before the other of said pistons (110b, 110c); or (c) one of said chambers includes a different diameter than the other of said chambers (120b, 120c).
A method of processing a packet, comprising: receiving, by an access gateway device, a Hyper Text Transfer Protocol over Secure Socket Layer, HTTPS, packet from a user host; searching, by the access gateway device, for an non-online user session entry matching the HTTPS packet according to a source Internet Protocol, IP, address and a destination IP address of the HTTPS packet; in case that the non-online user session entry is found, obtaining, by the access gateway device, a token from a first token bucket when determining that a user session corresponding to the non-online user session entry has no token, wherein a number of tokens in the first token bucket is set based on processing capability of a CPU of the access gateway device; sending, by the access gateway device, the HTTPS packet to the CPU to be processed in response to successfully obtaining the token; and abandoning, by the access gateway device, the HTTPS packet in response to not successfully obtaining the token. receiving, by an access gateway device, a Hyper Text Transfer Protocol over Secure Socket Layer, HTTPS, packet from a user host; searching, by the access gateway device, for an non-online user session entry matching the HTTPS packet according to a source Internet Protocol, IP, address and a destination IP address of the HTTPS packet; in case that the non-online user session entry is found, obtaining, by the access gateway device, a token from a first token bucket when determining that a user session corresponding to the non-online user session entry has no token, wherein a number of tokens in the first token bucket is set based on processing capability of a CPU of the access gateway device; sending, by the access gateway device, the HTTPS packet to the CPU to be processed in response to successfully obtaining the token; and abandoning, by the access gateway device, the HTTPS packet in response to not successfully obtaining the token. obtaining, by the access gateway device, a token from a first token bucket when determining that a user session corresponding to the non-online user session entry has no token, wherein a number of tokens in the first token bucket is set based on processing capability of a CPU of the access gateway device; sending, by the access gateway device, the HTTPS packet to the CPU to be processed in response to successfully obtaining the token; and abandoning, by the access gateway device, the HTTPS packet in response to not successfully obtaining the token.
A snow plow comprising a travel frame having a travel device, an auger housing having an auger and being capable of being raised and lowered relative to the travel frame, a raising/lowering drive mechanism for raising and lowering the auger housing, and a control unit for controlling the raising/lowering drive mechanism; wherein the snow plow comprises a reset switch adapted to be operated by a worker, and a reset display light that illuminates in conjunction with turning on of the reset switch, characerized in that the control unit is adapted to control the raising/lowering drive mechanism so as to raise the auger housing when the travel device travels in reverse and lower the auger housing when the travel device begins to travel forward, and so as to automatically adjust the auger housing to a horizontal position during forward travel of the travel device upon receipt of an on signal from the reset switch, and the control unit is adapted to perform a control so as to maintain an illuminated state of the illuminated reset display light according to the turning on of the reset switch, even when the travel device is traveling in reverse, and to extinguish the reset display light upon receipt of a termination signal for terminating snow plowing work performed with the auger.
A device for determining a volume of liquid in a hydrocarbon fluid sample, the device including: - a cell comprising an upper part defined by a tubular sidewall and a lower part that is tapered with a pointed end, defined by a cone-shaped closed extremity, the lower part forming a chamber configured to receive the liquid; and - a piston comprising an upper part and a lower part, the piston being slidable in the cell and sealing the cell in a gas-tight manner. - a cell comprising an upper part defined by a tubular sidewall and a lower part that is tapered with a pointed end, defined by a cone-shaped closed extremity, the lower part forming a chamber configured to receive the liquid; and - a piston comprising an upper part and a lower part, the piston being slidable in the cell and sealing the cell in a gas-tight manner.
A roof window, in particular a residential roof window, with a blind frame, a sash frame, a glazing, at least one seal arranged between the glazing and the sash frame, and a fastening element arranged on the sash frame and having at least one fastening projection (34, 36) that pushes the glazing onto the seal, wherein the fastening element supports at least a front face (33, 35) of the glazing and has a retaining projection arranged between the sash frame and the glazing, characterised in that the fastening element is made of plastic material.
A resistance spot welding method for resistance spot-welding at least two steel sheets (1, 2) overlapping each other, characterized in that the method comprises: starting a suspension of an electric current supply for from 20 ms to 60 ms inclusive when an electrode force F after the electric current supply is started changes from an initial electrode force Fi to an electrode force F h represented by formula while a lapse from the start of the electric current supply is between 20 ms and 80 ms inclusive; and resuming the electric current supply when the electrode force F reaches an electrode force F c represented by formula: 1.03 × Fi ≤ F h 1 ≤ 1.15 × Fi, 1.01 × Fi ≤ F c 1 ≤ 0.99 × F h 1. starting a suspension of an electric current supply for from 20 ms to 60 ms inclusive when an electrode force F after the electric current supply is started changes from an initial electrode force Fi to an electrode force F h represented by formula while a lapse from the start of the electric current supply is between 20 ms and 80 ms inclusive; and resuming the electric current supply when the electrode force F reaches an electrode force F c represented by formula: 1.03 × Fi ≤ F h 1 ≤ 1.15 × Fi, 1.01 × Fi ≤ F c 1 ≤ 0.99 × F h 1.
A communication method, comprising: determining that a first session is a multi-access protocol data unit, MA-PDU, session, wherein data flows of the first session are transmitted on a data transmission channel of a first access technology and data transmission channels of a second access technology, the data transmission channels of the second access technology comprise a first data transmission channel and a second data transmission channel, an aggregation point of the data transmission channel of the first access technology and the first data transmission channel is a first user plane network element, and an aggregation point of the first data transmission channel and the second data transmission channel is an uplink classifier, ULCL; determining a first aggregate maximum bit rate, AMBR, and sending the first AMBR to the first user plane network element, wherein the first AMBR is used by the first user plane network element to control one or more data flows that are in the data flows of the first session and that are transmitted on the data transmission channel of the first access technology; and determining a second AMBR, and sending the second AMBR to the UL CL, wherein the second AMBR is used by the UL CL to control data flows that are in the data flows of the first session and that are transmitted on the data transmission channels of the second access technology. determining that a first session is a multi-access protocol data unit, MA-PDU, session, wherein data flows of the first session are transmitted on a data transmission channel of a first access technology and data transmission channels of a second access technology, the data transmission channels of the second access technology comprise a first data transmission channel and a second data transmission channel, an aggregation point of the data transmission channel of the first access technology and the first data transmission channel is a first user plane network element, and an aggregation point of the first data transmission channel and the second data transmission channel is an uplink classifier, ULCL; determining a first aggregate maximum bit rate, AMBR, and sending the first AMBR to the first user plane network element, wherein the first AMBR is used by the first user plane network element to control one or more data flows that are in the data flows of the first session and that are transmitted on the data transmission channel of the first access technology; and determining a second AMBR, and sending the second AMBR to the UL CL, wherein the second AMBR is used by the UL CL to control data flows that are in the data flows of the first session and that are transmitted on the data transmission channels of the second access technology.
A joint system for an automotive glazing unit, in particular a windshield, said system comprising: - a profiled bead comprising a hollow part that is elongate and opened toward the top, said profiled bead exhibiting in cross section a left neck part and a right neck part, - a core comprising a pin placed inside said hollow part, said core being a temporary elongate element that is removed after the glazing unit has been installed in the opening that it must close of a vehicle, during manufacture of the vehicle and before the vehicle is completely finished, and - a gripping means allowing said pin to be removed from said hollow part, characterized in that, seen in cross section, said gripping means forms a flexible loop such that when it is not under stress it has a cylindrical tube shape, and comprises on the one hand a base located between said pin and said hollow part portion and on the other hand a ring placed above said core, so that the pin being able to be removed from the hollow part without damaging it in order for the subsequent clip-fastening of this plastic element to proceed correctly. - a profiled bead comprising a hollow part that is elongate and opened toward the top, said profiled bead exhibiting in cross section a left neck part and a right neck part, - a core comprising a pin placed inside said hollow part, said core being a temporary elongate element that is removed after the glazing unit has been installed in the opening that it must close of a vehicle, during manufacture of the vehicle and before the vehicle is completely finished, and - a gripping means allowing said pin to be removed from said hollow part,
An apparatus comprising: a non-Peripheral Component Interconnect, PCI, compliant device; a PCI compliant host operating system, OS; and a non-plug-n-play compliant hardware bridge which couples a PCI compliant fabric to a non-PCI compliant fabric and a hardware assist module; characterized in that the bridge is configured to trap an unclaimed PCI configuration transaction after the configuration transaction traverses the PCI compliant fabric; wherein the non-PCI fabric is configured operatively to couple the OS to the non-PCI compliant device; wherein the hardware assist module includes a microcontroller configured to receive information from the bridge and, based on the information, provide a PCI enumeration reply to the OS on behalf of the non-PCI compliant device; and wherein the enumeration reply includes information corresponding to the non-PCI compliant device and including at least one of a device ID, IRQ, DMA, memory address, SMI and I/O setting. a non-Peripheral Component Interconnect, PCI, compliant device; a PCI compliant host operating system, OS; and a non-plug-n-play compliant hardware bridge which couples a PCI compliant fabric to a non-PCI compliant fabric and a hardware assist module; characterized in that the bridge is configured to trap an unclaimed PCI configuration transaction after the configuration transaction traverses the PCI compliant fabric; wherein the non-PCI fabric is configured operatively to couple the OS to the non-PCI compliant device; wherein the hardware assist module includes a microcontroller configured to receive information from the bridge and, based on the information, provide a PCI enumeration reply to the OS on behalf of the non-PCI compliant device; and wherein the enumeration reply includes information corresponding to the non-PCI compliant device and including at least one of a device ID, IRQ, DMA, memory address, SMI and I/O setting.
An apparatus comprising circuitry configured to generate one or more focused sound sources as virtual loudspeakers of an announcement system, the one or more focused sound sources being generated by a plurality of loudspeakers of the apparatus distributed over a predefined space; apply image recognition techniques to images obtained by a camera array of the apparatus distributed over the predefined space to obtain positions of at least one person in the predefined space; characterised in that the circuitry is configured to: calculate a trajectory representing the path that the at least one person should take to arrive at a predefined destination based on the current position of the at least one person in the predefined space and based on the predefined position of the destination in the predefined space, and generate a focused sound source of the one or more focused sound sources at a position on the calculated trajectory close to the at least one person. generate one or more focused sound sources as virtual loudspeakers of an announcement system, the one or more focused sound sources being generated by a plurality of loudspeakers of the apparatus distributed over a predefined space; apply image recognition techniques to images obtained by a camera array of the apparatus distributed over the predefined space to obtain positions of at least one person in the predefined space; characterised in that the circuitry is configured to: calculate a trajectory representing the path that the at least one person should take to arrive at a predefined destination based on the current position of the at least one person in the predefined space and based on the predefined position of the destination in the predefined space, and generate a focused sound source of the one or more focused sound sources at a position on the calculated trajectory close to the at least one person. calculate a trajectory representing the path that the at least one person should take to arrive at a predefined destination based on the current position of the at least one person in the predefined space and based on the predefined position of the destination in the predefined space, and generate a focused sound source of the one or more focused sound sources at a position on the calculated trajectory close to the at least one person.
Continuous flow drier for drying a material in two sections (20, 22) by means of hot air, having a fresh air supply device for supplying fresh air as supply air into one section, an exhaust air recirculation device for removing exhaust air from the other section and recirculating the exhaust air through a recirculation line into the other section as supply air, and a heat exchanger, through which on the one hand fresh air and on the other hand exhaust air are guided, for transferring waste heat of the exhaust air into the fresh air, wherein the material passes through the two sections (20, 22) in succession in a transport direction, wherein there branches from the recirculation line a line by means of which branched waste air is guided to and through the heat exchanger, characterised in that a removal device (68, 70) for removing a portion of the branched exhaust air from the continuous flow drier is provided.
An active snubber circuit comprising a first interfacing point (A 1), a second interfacing point, and a third interfacing point, a first connection point and a second connection point, a first series connection of a first diode and a first inductor, said first series connection connected between the first interfacing point (A 1) and the first connection point, a second diode connected between the second connection point and the second interfacing point, a second series connection of a third diode and a second inductor, said second series connection connected between the third interfacing point and the second connection point, a switching device connected between the first connection point and the third interfacing point, and a first capacitor connected between the first connection point and the second connection point, wherein the first, the second, and the third diode are forward-biased in a first direction along a path between the first interfacing point (A 1) and the second interfacing point and through the third interfacing point, and the switching device is configured to control a flow of current in the first direction.
A method for localizing and quenching an arc in a photovoltaic generator of a PV system, which PV generator comprises at least two PV subgenerators (2.1 - 2.n), wherein in each case a means for quenching an arc in the respective PV subgenerator (2.1 - 2.n) is associated with each PV subgenerator (2.1 - 2.n), said method comprising the following steps: - detecting an arc in the PV generator; - determining a probability value for each of the PV subgenerators (2.1 - 2.n) which is correlated with a probability that the arc is located in the corresponding PV subgenerator (2.1 - 2.n); - determining a sequence (R.1 - R.n) for activating the means for quenching the arc depending on the determined probability values, and - successively activating the means for quenching the arc in the order of the determined sequence (R.1 - R.n). - detecting an arc in the PV generator; - determining a probability value for each of the PV subgenerators (2.1 - 2.n) which is correlated with a probability that the arc is located in the corresponding PV subgenerator (2.1 - 2.n); - determining a sequence (R.1 - R.n) for activating the means for quenching the arc depending on the determined probability values, and - successively activating the means for quenching the arc in the order of the determined sequence (R.1 - R.n).
Preparation comprising - one or more hydroxyester(s) of the formula, wherein in each case one of the two moieties R a or R b represents hydrogen and the other moiety R a or R b in each case represents a straight-chain or branched acyl moiety having 2 to 10 carbon atoms, and - one or more further compounds, wherein the preparation is an O/W emulsion, for which particle size distribution the following applies: D(v, 0.9) = 40 μm or less, wherein in the preparation the total quantity of the hydroxyester(s) of the formula is selected in such a way that the O/W emulsion, compared to a comparison emulsion which having an otherwise identical composition does not comprise any hydroxyester of the formula, has an increased emulsion stability, and/or wherein the preparation is a surfactant-containing preparation comprising one or more anionic surfactants and the total quantity of the hydroxyester(s) of the formula in the preparation is selected in such a way that the preparation, compared to a comparison preparation which having an otherwise identical composition does not comprise a hydroxyester of the formula, has an increased viscosity at 22.7 °C. - one or more hydroxyester(s) of the formula, wherein in each case one of the two moieties R a or R b represents hydrogen and the other moiety R a or R b in each case represents a straight-chain or branched acyl moiety having 2 to 10 carbon atoms, and - one or more further compounds,
A component feeder for an industrial robot, the component feeder comprising: a distributer for distributing components from a bulk storage on a pick surface, and a retaining wall preventing the components from escaping the pick surface, the retaining wall being flexible such that it deforms when a force is applied on it, and it assumes its original shape when the force is no longer applied, characterized in that the retaining wall is vertical to the pick surface and has in the direction of its height a stiffness less than 100 N/mm. a distributer for distributing components from a bulk storage on a pick surface, and a retaining wall preventing the components from escaping the pick surface, the retaining wall being flexible such that it deforms when a force is applied on it, and it assumes its original shape when the force is no longer applied, characterized in that the retaining wall is vertical to the pick surface and has in the direction of its height a stiffness less than 100 N/mm.