mhurhangee/ep-ind-claims huggingface dataset:
A device for pet controlled exercise and entertainment for a pet comprising: a housing having a shell and a launching portion; a base substantially flat; a feeder configured to receive a projectile from the pet and transport the projectile into an interior of the shell from the feeder into an intake end of a chute; a sensor configured to sense the projectile after receiving the projectile from the feeder; and one or more motors powered up in response to the sensor sensing the projectile; and one or more wheels, rotated by the one or more motors, configured to launch the projectile from a launch end, the projectile being automatically transported from the intake end of the chute to the launch end of the chute after a predetermined time has elapsed from when the sensor sensed the projectile, the projectile being automatically launched from the launch end of the chute through the launching portion for the pet to retrieve. a housing having a shell and a launching portion; a base substantially flat; a feeder configured to receive a projectile from the pet and transport the projectile into an interior of the shell from the feeder into an intake end of a chute; a sensor configured to sense the projectile after receiving the projectile from the feeder; and one or more motors powered up in response to the sensor sensing the projectile; and
A method of preparing a solution of menthyl lactate, wherein the final concentration of menthyl lactate is higher than that achievable by dissolving menthyl lactate in a neat solvent, by a. liquefying menthyl lactate; and b. combining the liquefied menthyl lactate with menthol carboxamide and the solvent, wherein the solvent is selected from the group consisting of propylene glycol, alcohol, and aqueous compositions containing one of the aforesaid solvents. a. liquefying menthyl lactate; and b. combining the liquefied menthyl lactate with menthol carboxamide and the solvent, wherein the solvent is selected from the group consisting of propylene glycol, alcohol, and aqueous compositions containing one of the aforesaid solvents.
A vehicle window pane comprising a plate-like window pane body which is made of glass or plastic and which has an outer side facing the surroundings of the vehicle and an inner side facing away from the outer side and on whose inner side a shading arrangement is disposed, the shading arrangement being formed by a liquid crystal arrangement which comprises a liquid crystal cell, and a window pane inner body, the window pane body being curved, and the liquid crystal arrangement, which is disposed between the window pane body and the window pane inner body, comprising two films (22, 24) between which the liquid crystal cell is disposed, and the liquid crystal arrangement being connected to the window pane body or the window pane inner body via at least one longitudinal-expansion compensation layer, and a polarizer layer being disposed between the window pane inner body and the liquid crystal arrangement if the liquid crystal cell is connected to the window pane body via the longitudinal-expansion compensation layer or between the window pane body and the liquid crystal arrangement if the liquid crystal cell is connected to the window pane inner body via the longitudinal-expansion compensation layer, the polarizer layer being connected to the liquid crystal arrangement via a second longitudinal-expansion compensation layer, the longitudinal-expansion compensation layer being an acrylate layer, a layer of thermoplastic polyurethane, an epoxy layer, a silicone layer or a layer of a cross-linking material, such as ethylene-vinyl acetate or polyvinyl butyral, the second longitudinal-expansion compensation layer being an acrylate layer, a layer of thermoplastic polyurethane, an epoxy layer, a silicone layer or a layer of a cross-linking material, such as ethylene-vinyl acetate or polyvinyl butyral, a third longitudinal-expansion compensation layer being disposed between the window pane inner body and the polarizer layer if the liquid crystal cell is connected to the window pane body via the longitudinal-expansion compensation layer or between the window pane body and the polarizer layer if the liquid crystal cell is connected to the window pane inner body via the longitudinal-expansion compensation layer, the third longitudinal-expansion compensation layer being an acrylate layer, a layer of thermoplastic polyurethane, an epoxy layer, a silicone layer or a layer of a cross-linking material, such as ethylene-vinyl acetate or polyvinyl butyral.
An elevator comprising an elevator car; a counterweight; a drive wheel mounted stationary, and having a rotational axis; one or more first diverting wheels mounted on the elevator car, and having a rotational axis parallel with the rotational axis of the drive wheel; a second and a third diverting wheel (5, 6; 5', 6'; 5", 6") mounted on the counterweight radially side by side, each having a rotational axis (Y, Z; Y', Z'; Y", Z"), which is at an angle of 60 to 90 degrees relative to the rotational axis of the drive wheel; a roping suspending the elevator car and counterweight and comprising a first belt-like rope (a, a') and a second belt-like rope (b, b'), each having a first end and a second end fixed to a stationary rope fixing (f), and each comprising one or more load bearing members (8, 8') made of fiber-reinforced composite material; wherein the first rope (a, a') and the second rope (b, b') are arranged to pass side by side from the fixing (f) of the first end downwards to the elevator car; and to turn side by side under said one or more first diverting wheels; and to pass upwards to the drive wheel; and to turn side by side over the drive wheel; and to pass downwards to the counterweight, each rope (a, b; a, b) turning around its longitudinal axis an angle of said 60 to 90 degrees, and into the gap (g) between the rims of the second and third diverting wheel (5, 6; 5', 6'; 5", 6"), the first rope (a, a') passing to the second diverting wheel (5, 5', 5") and the second rope (b, b') passing to the third diverting wheel (6, 6', 6"), the first rope (a, a') passing under the second diverting wheel (5, 5', 5") and the second rope (b, b') passing under the third diverting wheel (6, 6', 6"), the second and third diverting wheels (5, 6; 5', 6'; 5", 6") rotating in opposite directions guiding the ropes (a, b; a, b) to turn away from each other; and to pass upwards to the fixing (f) of the second end.
An intake/exhaust valve control device for an internal combustion engine including a cylinder having an intake valve and an exhaust valve, comprising: a driving unit that drives at least one of the intake valve and the exhaust valve; a power source that supplies an electric current to the driving unit; a voltage state predicting unit that predicts a voltage state of the power source; an energization condition setting unit that sets an energization condition of the power source with respect to the driving unit based on the result of the prediction by the voltage state predicting unit; and a power consumption predicting unit that predicts power consumption of devices other than the driving unit to which an electric current is supplied from the power source, wherein the voltage state predicting unit predicts the voltage state of the power source based on the result of the prediction by the power consumption predicting unit. a driving unit that drives at least one of the intake valve and the exhaust valve; a power source that supplies an electric current to the driving unit; a voltage state predicting unit that predicts a voltage state of the power source; an energization condition setting unit that sets an energization condition of the power source with respect to the driving unit based on the result of the prediction by the voltage state predicting unit; and a power consumption predicting unit that predicts power consumption of devices other than the driving unit to which an electric current is supplied from the power source, wherein the voltage state predicting unit predicts the voltage state of the power source based on the result of the prediction by the power consumption predicting unit.
A wear-resistant cobalt-based alloy for surface hardening of an engine valve, containing 20.0 to 30.0 mass% of a sum of Mo and/or W, 0.8 to 2.2 mass% of B, 5.0 to 18.0 mass% of Cr, optionally further containing 5.0 mass% or less of a sum of Fe, Ni, Mn, Cu and C, and 0.3 mass% or less of C, wherein the remainder comprises 55.0 to 70.0 mass% of Co and unavoidable impurities.
A protein for intracellular delivery, the protein comprising, linked in sequence from the N-terminus thereof: - an in vitro stabilization protein that is a ubiquitin (Ub), a Ub-like protein selected from the group consisting of Nedd8, SUMO-1, SUMO-2, NUB1, PIC1, UBL3, UBL5, and ISG15, or transferrin, - a membrane translocation sequence domain, - a biologically active molecule that is a polypeptide, - a nucleus-cytoplasm signal domain, and - an in vivo stabilization protein that is a serum albumin binding peptide. - an in vitro stabilization protein that is a ubiquitin (Ub), a Ub-like protein selected from the group consisting of Nedd8, SUMO-1, SUMO-2, NUB1, PIC1, UBL3, UBL5, and ISG15, or transferrin, - a membrane translocation sequence domain, - a biologically active molecule that is a polypeptide, - a nucleus-cytoplasm signal domain, and - an in vivo stabilization protein that is a serum albumin binding peptide.
Microwave cable for a frequency range from 0 Hz to at least some 10s of GHz, comprising a central inner conductor, a dielectric concentrically surrounding the inner conductor, an outer conductor (13, 14) concentrically enveloping the dielectric, and a sheathing concentrically enclosing the microwave cable on the outside, wherein the outer conductor comprises two electrically conductive bandings (13, 14), wound one on top of the other, and the bandings (13, 14) are in each case wound in an overlapping manner, characterised in that, a first banding of the two bandings (13, 14) is applied, starting at a first cable end and proceeding to a second cable end, and a second banding of the two bandings (13, 14) is applied, starting at the second cable end and proceeding to the first cable end.
An underwater scooter for divers wherein the scooter is arranged to be installed to a scuba diving tank, wherein the scooter comprises: - a thruster including a motor and a propeller (SK.09), - an interchangeable battery pack with a hinge (SK.32), arranged to be mounted on said scuba diving tank, wherein the thruster is movably mounted to the interchangeable battery pack through said hinge (SK.32), - a command joystick connected to the thruster with a cable, the motor being driven by said interchangeable battery pack and said command joystick, which is adapted to be held by the diver or to be attached to the diver's diving suit, wherein the scooter has two positions: - an active position, in which the thruster is above the scuba diving tank in a radial direction of said scuba diving tank and - an inactive position, in which the thruster is placed below the scuba diving tank in an axial direction of said scuba diving tank, which can be changed with the command joystick, so that the active position is achieved by movement of the propeller (SK.09), as it begins to push the water away upon activation with the command joystick, where in the active position is locked with a locking mechanism, which is preferably in the form of pins or screw balls engaging with grooves. - a thruster including a motor and a propeller (SK.09), - an interchangeable battery pack with a hinge (SK.32), arranged to be mounted on said scuba diving tank, wherein the thruster is movably mounted to the interchangeable battery pack through said hinge (SK.32), - a command joystick connected to the thruster with a cable, the motor being driven by said interchangeable battery pack and said command joystick, which is adapted to be held by the diver or to be attached to the diver's diving suit, - an active position, in which the thruster is above the scuba diving tank in a radial direction of said scuba diving tank and - an inactive position, in which the thruster is placed below the scuba diving tank in an axial direction of said scuba diving tank, which can be changed with the command joystick, so that the active position is achieved by movement of the propeller (SK.09), as it begins to push the water away upon activation with the command joystick, where in the active position is locked with a locking mechanism, which is preferably in the form of pins or screw balls engaging with grooves.
A method for making a tapered implantable article having a longitudinally compressed tapered portion comprising: forming a tapered portion having a first longer length in an ePTFE tubular member by stretching the ePTFE tubular member over a first mandrel having a smaller diameter length segment, a first, longer tapered length segment and a larger diameter length segment, wherein the ePTFE tubular member initially has a diameter equal to or slightly less than the diameter of the smaller diameter length segment of the first mandrel; removing the ePTFE tubular member from the first mandrel; longitudinally compressing the tapered portion having a first longer length of the ePTFE tubular member on a second mandrel having a second, shorter tapered length segment into a tapered portion having a second shorter length; and removing the ePTFE tubular member from the second mandrel. forming a tapered portion having a first longer length in an ePTFE tubular member by stretching the ePTFE tubular member over a first mandrel having a smaller diameter length segment, a first, longer tapered length segment and a larger diameter length segment, wherein the ePTFE tubular member initially has a diameter equal to or slightly less than the diameter of the smaller diameter length segment of the first mandrel; removing the ePTFE tubular member from the first mandrel; longitudinally compressing the tapered portion having a first longer length of the ePTFE tubular member on a second mandrel having a second, shorter tapered length segment into a tapered portion having a second shorter length; and removing the ePTFE tubular member from the second mandrel.
An apparatus comprising: media access layer, MAC, circuitry; and an interface to couple to a device comprising physical layer, PHY, circuitry, wherein the interface comprises a PHY Interface for a Peripheral Component Interconnect, PCI, Express architecture, PIPE-based, interface and comprises: a set of transmit pins to transmit data to the PHY circuitry; a set of receive pins to receive data from the PHY circuitry; characterized in that the interface further comprises a set of pins to implement a message bus interface, wherein the MAC circuitry is to access a set of message bus registers associated with the PHY circuitry via the message bus interface, respective bits in the set of message bus registers represent a plurality of control and status signals, a particular bit in the set of message bus registers represents a particular signal in the plurality of control and status signals, and the MAC circuitry is to write a value to the particular bit to initiate an operation associated with the particular signal. media access layer, MAC, circuitry; and an interface to couple to a device comprising physical layer, PHY, circuitry, wherein the interface comprises a PHY Interface for a Peripheral Component Interconnect, PCI, Express architecture, PIPE-based, interface and comprises: a set of transmit pins to transmit data to the PHY circuitry; a set of receive pins to receive data from the PHY circuitry; characterized in that the interface further comprises a set of pins to implement a message bus interface, a set of transmit pins to transmit data to the PHY circuitry; a set of receive pins to receive data from the PHY circuitry; wherein the MAC circuitry is to access a set of message bus registers associated with the PHY circuitry via the message bus interface, respective bits in the set of message bus registers represent a plurality of control and status signals, a particular bit in the set of message bus registers represents a particular signal in the plurality of control and status signals, and the MAC circuitry is to write a value to the particular bit to initiate an operation associated with the particular signal.
A method for providing a shared augmented reality, AR, experience by an edge node of a communications network, the method characterized by comprising: receiving, at the edge node, a connection request from a client, the connection request including a player identifier; identifying a shared AR session for the client based on the connection request; providing, to the client, map data and a local state, maintained by the edge node, of an AR experience provided by the shared AR session; receiving an action request from the client, the action request indicating a desired interaction with a virtual item in the AR experience; determining an outcome of the action request based on the local state of the AR experience; providing the outcome to a plurality of clients connected to the edge node; and validating, after providing the outcome to the plurality of clients, the outcome with a master state of the AR experience maintained by a server. receiving, at the edge node, a connection request from a client, the connection request including a player identifier; identifying a shared AR session for the client based on the connection request; providing, to the client, map data and a local state, maintained by the edge node, of an AR experience provided by the shared AR session; receiving an action request from the client, the action request indicating a desired interaction with a virtual item in the AR experience; determining an outcome of the action request based on the local state of the AR experience; providing the outcome to a plurality of clients connected to the edge node; and validating, after providing the outcome to the plurality of clients, the outcome with a master state of the AR experience maintained by a server.
An emergency lighting and evacuation guidance system, comprising: an emergency lighting and evacuation guidance arrangement which is electrically connected to a commercial electricity supply, and a complementary power assembly which is electrically connected to the emergency lighting and evacuation guidance arrangement, wherein when the commercial electric supply is cut off during an emergency, the power generated by said complementary power assembly is supplied to said emergency lighting and evacuation guidance arrangement, whereby said emergency lighting and evacuation guidance arrangement guides people to evacuate and escape during the emergency, characterized in that the complementary power assembly is a complementary power assembly using renewable energy sources that comprises at least one photovoltaic power generation arrangement, and at least one wind electric power generation arrangement, wherein said photovoltaic power generation arrangement and said wind electric power generation arrangement are electrically connected to a storage battery assembly, so that the power generated by said photovoltaic power generation arrangement and said wind electric power generation arrangement is stored in said storage battery assembly, wherein said emergency lighting and evacuation guidance arrangement comprises at least one emergency evacuation guidance arrangement which is provided in a building for providing an evacuation information during the emergency, said evacuation information is selected from a group consisting of an evacuation map and indication information of a location of the emergency. an emergency lighting and evacuation guidance arrangement which is electrically connected to a commercial electricity supply, and a complementary power assembly which is electrically connected to the emergency lighting and evacuation guidance arrangement, wherein when the commercial electric supply is cut off during an emergency, the power generated by said complementary power assembly is supplied to said emergency lighting and evacuation guidance arrangement, whereby said emergency lighting and evacuation guidance arrangement guides people to evacuate and escape during the emergency,
An apparatus for a mobile communication network, the mobile communication network comprising a first baseband unit (102; 202) coupled to a first remote unit and comprising a second baseband unit (110; 210), wherein the first baseband unit (102; 202) is operable to perform baseband data processing for one or more mobile units associated to the first remote unit, the apparatus comprising: a splitting module operable to initiate, in accordance with a selected splitting mode, a relocation of at least a part of the baseband data processing for the one or more mobile units associated to the first remote unit from the first baseband unit (102; 202) to the second baseband unit (110; 210), characterized in that the splitting module is operable to process a splitting message comprising a splitting mode indicator and a network address of the second baseband unit (110; 210), wherein the splitting mode indicator indicates which first part of the baseband data processing for the first remote unit is to be performed by the first baseband unit (102; 202) and which second part of the baseband data processing for the first remote unit is to be performed by the second baseband unit (110; 210) having the network address. a splitting module operable to initiate, in accordance with a selected splitting mode, a relocation of at least a part of the baseband data processing for the one or more mobile units associated to the first remote unit from the first baseband unit (102; 202) to the second baseband unit (110; 210), characterized in that the splitting module is operable to process a splitting message comprising a splitting mode indicator and a network address of the second baseband unit (110; 210), wherein the splitting mode indicator indicates which first part of the baseband data processing for the first remote unit is to be performed by the first baseband unit (102; 202) and which second part of the baseband data processing for the first remote unit is to be performed by the second baseband unit (110; 210) having the network address.