mhurhangee/ep-ind-claims huggingface dataset:
A remote control device, comprising: an inertial sensor from which a respective sample value is obtained at each of a plurality of different sample times; one or more manipulable input devices; wireless communication circuitry; and control circuitry for controlling the wireless communication circuitry to communicate information about the inertial sensor and the input devices to an electronic device, wherein the information is communicated at one or more communication intervals using a data format which permits a sample value obtained at one of the plurality of different sample times to be communicated in at least first and second different data transmissions, characterised by based on the communication interval being a first communication interval, communicating consecutive data transmissions including a first data transmission and a second data transmission, the first data transmission including first and second different sample values, and the second data transmission including the second sample value and a third sample value different from both the first and the second sample values. an inertial sensor from which a respective sample value is obtained at each of a plurality of different sample times; one or more manipulable input devices; wireless communication circuitry; and control circuitry for controlling the wireless communication circuitry to communicate information about the inertial sensor and the input devices to an electronic device, wherein the information is communicated at one or more communication intervals using a data format which permits a sample value obtained at one of the plurality of different sample times to be communicated in at least first and second different data transmissions, characterised by based on the communication interval being a first communication interval, communicating consecutive data transmissions including a first data transmission and a second data transmission, the first data transmission including first and second different sample values, and the second data transmission including the second sample value and a third sample value different from both the first and the second sample values.
A method of sealing two substrates in a microstructure, characterized in that it comprises the following steps: - there is deposited onto the surface of a first substrate a first rim comprising an "upper" rim consisting of a layer of sealing material adapted to interdiffuse spontaneously with the material of the second substrate and a "lower" rim consisting of an adhesion material adapted to cause said first substrate to adhere to said sealing material, - and there is deposited onto the surface of the second substrate facing the first rim a second rim consisting of a layer of said sealing material adapted to interdiffuse with the material of this second substrate, - the second rim being at the surface of at least one protuberance formed by etching at least a part of the thickness of said second substrate, the protuberance, the surface of which features arrays or meshes of hollows, being adapted to channel the diffusion of the sealing material, the two portions to be assembled are brought into contact, and - the sealing region is heated to obtain the interdiffusion of the sealing material of the first and second rims with the material of the second substrate, the protuberance channeling the diffusion of the sealing material. - there is deposited onto the surface of a first substrate a first rim comprising an "upper" rim consisting of a layer of sealing material adapted to interdiffuse spontaneously with the material of the second substrate and a "lower" rim consisting of an adhesion material adapted to cause said first substrate to adhere to said sealing material, - and there is deposited onto the surface of the second substrate facing the first rim a second rim consisting of a layer of said sealing material adapted to interdiffuse with the material of this second substrate, - the second rim being at the surface of at least one protuberance formed by etching at least a part of the thickness of said second substrate, the protuberance, the surface of which features arrays or meshes of hollows, being adapted to channel the diffusion of the sealing material, the two portions to be assembled are brought into contact, and - the sealing region is heated to obtain the interdiffusion of the sealing material of the first and second rims with the material of the second substrate, the protuberance channeling the diffusion of the sealing material.
An emission control system for treatment of an exhaust gas stream, comprising: an SCR catalyst unit in fluid communication with an exhaust gas stream; and an ammonia generation system adapted to provide ammonia for injection into the exhaust gas stream and comprising a reservoir containing ammonium hydroxide and an ammonia injector, wherein the reservoir is in fluid communication with the ammonia injector and the ammonia injector is in fluid communication with the exhaust gas stream upstream of the SCR catalyst unit; wherein the emission control system is characterized in that the reservoir is in fluid communication with a windshield fluid tank such that a solution of ammonium hydroxide reduced in ammonia concentration can be purged from the reservoir. an SCR catalyst unit in fluid communication with an exhaust gas stream; and an ammonia generation system adapted to provide ammonia for injection into the exhaust gas stream and comprising a reservoir containing ammonium hydroxide and an ammonia injector, wherein the reservoir is in fluid communication with the ammonia injector and the ammonia injector is in fluid communication with the exhaust gas stream upstream of the SCR catalyst unit; wherein the emission control system is characterized in that the reservoir is in fluid communication with a windshield fluid tank such that a solution of ammonium hydroxide reduced in ammonia concentration can be purged from the reservoir.
A process for the generation of inorganic films comprising depositing the compound of general formula onto a solid substrate wherein M is Mn, Ni or Co, X is a ligand which coordinates M, n is 0, 1, 2, 3, or 4, R 1 is an alkyl group, an alkenyl group, an aryl group, a halogen, or a silyl group, R 2 is an alkyl group, an alkenyl group, an aryl group, or a silyl group, p and q are 1 or 2, wherein p + q = 3, and m is 1, 2, or 3. wherein M is Mn, Ni or Co, X is a ligand which coordinates M, n is 0, 1, 2, 3, or 4, R 1 is an alkyl group, an alkenyl group, an aryl group, a halogen, or a silyl group, R 2 is an alkyl group, an alkenyl group, an aryl group, or a silyl group, p and q are 1 or 2, wherein p + q = 3, and m is 1, 2, or 3.
A gait training apparatus comprising: a walking assistance device that is attached to a leg portion of a user and assists walking of the user; a peripheral device used for gait training of the user; a control unit that controls the walking assistance device and the peripheral device; and a switching unit that switches the control unit between a cooperative control mode for performing a cooperative control of the walking assistance device and the peripheral device based on information output from the walking assistance device, and an operation mode for controlling the peripheral device based on set operation information, characterized in that when the control unit is switched to the operation mode by the switching unit, the control unit executes the control of the peripheral device even when the control unit is in a non-connected state with the walking assistance device. a walking assistance device that is attached to a leg portion of a user and assists walking of the user; a peripheral device used for gait training of the user; a control unit that controls the walking assistance device and the peripheral device; and a switching unit that switches the control unit between a cooperative control mode for performing a cooperative control of the walking assistance device and the peripheral device based on information output from the walking assistance device, and an operation mode for controlling the peripheral device based on set operation information, characterized in that when the control unit is switched to the operation mode by the switching unit, the control unit executes the control of the peripheral device even when the control unit is in a non-connected state with the walking assistance device.
A system, comprising: a manifold having a central mandrel; a first choke body for receiving a flow of fluids from a production bore of the well and providing the flow of fluids to a production flowpath; a first processing module configured to process fluid from a well, wherein the first processing module comprises: an extension conduit having a connection that is coupleable to the central mandrel of the manifold; a processing device; a processing input; and a processing output the processing input of the first processing module comprising a conduit for providing the flow of fluids from the choke body to the processing device of the first processing module; wherein the first processing module has a central axial space for the extension conduit, the processing device being displaced from the central axis; and the processing output of the first processing module comprises a second choke body for receiving processed fluid from the processing device and a conduit through which processed fluid is returned to the first choke body; and characterised in that the first processing module is configured to be coupled to a second processing module configured to process fluid from the well, and the first processing module comprises a second processing input and a second processing output, each comprising a flowpath configured to couple to the second processing module. a manifold having a central mandrel; a first choke body for receiving a flow of fluids from a production bore of the well and providing the flow of fluids to a production flowpath; a first processing module configured to process fluid from a well, wherein the first processing module comprises: an extension conduit having a connection that is coupleable to the central mandrel of the manifold; a processing device; a processing input; and a processing output an extension conduit having a connection that is coupleable to the central mandrel of the manifold; a processing device; a processing input; and a processing output the processing input of the first processing module comprising a conduit for providing the flow of fluids from the choke body to the processing device of the first processing module; wherein the first processing module has a central axial space for the extension conduit, the processing device being displaced from the central axis; and the processing output of the first processing module comprises a second choke body for receiving processed fluid from the processing device and a conduit through which processed fluid is returned to the first choke body; and characterised in that the first processing module is configured to be coupled to a second processing module configured to process fluid from the well, and the first processing module comprises a second processing input and a second processing output, each comprising a flowpath configured to couple to the second processing module.
A grease shut-off gas cylinder, comprising: an outer cylinder which has a guide hole; a spindle hich is inserted in the guide hole from top to bottom and has an inner pipe and an outer pipe formed at an inner wall to form a flow path; a piston rod which has a piston wherein the bottom of a rod is fixed on a bottom surface of the outer cylinder, and the top of the rod is slide-inserted in the inner pipe; a valve body which is secured to top of the spindle and controls the spindle to move up or down about the piston on the basis of the operations of a valve pin which controls the moving direction of gas; a bushing cap which is secured to top of the outer cylinder and has a guide hole configured to guide the spindle, characterized by a bushing member which protrudes from an outer side of the bottom of the spindle and comes into slide contact with an inner wall of the outer cylinder. an outer cylinder which has a guide hole; a spindle hich is inserted in the guide hole from top to bottom and has an inner pipe and an outer pipe formed at an inner wall to form a flow path; a piston rod which has a piston wherein the bottom of a rod is fixed on a bottom surface of the outer cylinder, and the top of the rod is slide-inserted in the inner pipe; a valve body which is secured to top of the spindle and controls the spindle to move up or down about the piston on the basis of the operations of a valve pin which controls the moving direction of gas; a bushing cap which is secured to top of the outer cylinder and has a guide hole configured to guide the spindle, characterized by a bushing member which protrudes from an outer side of the bottom of the spindle and comes into slide contact with an inner wall of the outer cylinder.
A refrigerator comprising: a main body having a storage compartment in which food is stored; a drawer configured to be introduced into or withdrawn from the storage compartment, the drawer having a receptacle in which food is stored; a camera configured to capture an image of the receptacle; and a display unit configured to show the corrected image to a user, characterized by a control unit configured to combine an image captured by the camera in a closed state of the drawer and an image captured by the camera in an open state of the drawer with each other and configured to correct the images into an image showing the receptacle; wherein the drawer is provided below a shelf in the storage compartment; wherein the camera is located in a front region of the storage compartment and installed to the shelf in the storage compartment for taking a picture of the receptacle. a main body having a storage compartment in which food is stored; a drawer configured to be introduced into or withdrawn from the storage compartment, the drawer having a receptacle in which food is stored; a camera configured to capture an image of the receptacle; and a display unit configured to show the corrected image to a user,
An evolved Node B, eNodeB, comprising: circuitry arranged to: transmit a request for context of a user equipment configured to be used for Machine Type Communication, MTC, to a Mobility Management Entity, MME, before the user equipment moves to the RRC connected state from a RRC Deep Idle state; and wherein a RRC Deep idle state is a sub-state within an RRC idle state in which Access Stratum, AS, is turned off; characterized in that the circuitry is arranged to: receive a response to the request, the response comprising one of: a flag indicating that the user equipment is reachable but that the user equipment context will not be conveyed to the eNodeB unless downlink data for the user equipment is received, or a rejection of the request through an indication that no downlink is waiting to be sent to the user equipment. transmit a request for context of a user equipment configured to be used for Machine Type Communication, MTC, to a Mobility Management Entity, MME, before the user equipment moves to the RRC connected state from a RRC Deep Idle state; and wherein a RRC Deep idle state is a sub-state within an RRC idle state in which Access Stratum, AS, is turned off; characterized in that the circuitry is arranged to: receive a response to the request, the response comprising one of: a flag indicating that the user equipment is reachable but that the user equipment context will not be conveyed to the eNodeB unless downlink data for the user equipment is received, or a rejection of the request through an indication that no downlink is waiting to be sent to the user equipment. a flag indicating that the user equipment is reachable but that the user equipment context will not be conveyed to the eNodeB unless downlink data for the user equipment is received, or a rejection of the request through an indication that no downlink is waiting to be sent to the user equipment.
A method for producing a Group 8 (VIII) metallocene compound represented by the general formula CpMCp', comprising the steps of: a) reacting a metal salt (MX n) compound, a Cp compound and a ligand to form an intermediate compound, wherein MX n is an anhydrous or a hydrated metal halide or metal nitrate and L is a phosphine or a phosphine triester; and b) reacting the intermediate compound with a Cp' compound to produce the metallocene compound, wherein, M is selected from the group consisting of Ru, Os and Fe; Cp is different from Cp', Cp and Cp' are η m -coordinated moieties and are both unsubstituted or either or both of Cp and Cp' includes at least one substituent that is selected form the group consisting of: A; C a1 H b1 A c1; C a2 H b2 A c2 (C=O)C a1 H b1 Ac 1; C a2 H b2 A c2 OC a1 H b1 A c1; C a2 H b2 A c2 (C=O)OC a1 H b1 A c1; and C a2 H b2 A c2 O(C=O)C a1 H b1 A c1; where A is F, Cl, Br, I or NO 2; a1 is an integer from 1 to 8; b1 is an integer from 0 to 2 +1 - c1; c1 is an integer from 0 to 2 +1 - b1; b1 + c1 is at least 1; a2 is an integer from 0 to 8; b2 is an integer from 0 to 2 + 1 - c2; c2 is an integer from 0 to 2 + 1 - b2; and m is the number of carbon atoms in the cyclic moieties that are believed to be bonded to the metal atom. a) reacting a metal salt (MX n) compound, a Cp compound and a ligand to form an intermediate compound, wherein MX n is an anhydrous or a hydrated metal halide or metal nitrate and L is a phosphine or a phosphine triester; and b) reacting the intermediate compound with a Cp' compound to produce the metallocene compound, wherein, M is selected from the group consisting of Ru, Os and Fe; Cp is different from Cp', Cp and Cp' are η m -coordinated moieties and are both unsubstituted or either or both of Cp and Cp' includes at least one substituent that is selected form the group consisting of: A; C a1 H b1 A c1; C a2 H b2 A c2 (C=O)C a1 H b1 Ac 1; C a2 H b2 A c2 OC a1 H b1 A c1; C a2 H b2 A c2 (C=O)OC a1 H b1 A c1; and C a2 H b2 A c2 O(C=O)C a1 H b1 A c1; where A is F, Cl, Br, I or NO 2; a1 is an integer from 1 to 8; b1 is an integer from 0 to 2 +1 - c1; c1 is an integer from 0 to 2 +1 - b1; b1 + c1 is at least 1; a2 is an integer from 0 to 8; b2 is an integer from 0 to 2 + 1 - c2; c2 is an integer from 0 to 2 + 1 - b2; and m is the number of carbon atoms in the cyclic moieties that are believed to be bonded to the metal atom. A; C a1 H b1 A c1; C a2 H b2 A c2 (C=O)C a1 H b1 Ac 1; C a2 H b2 A c2 OC a1 H b1 A c1; C a2 H b2 A c2 (C=O)OC a1 H b1 A c1; and C a2 H b2 A c2 O(C=O)C a1 H b1 A c1; A is F, Cl, Br, I or NO 2; a1 is an integer from 1 to 8; b1 is an integer from 0 to 2 +1 - c1; c1 is an integer from 0 to 2 +1 - b1; b1 + c1 is at least 1; a2 is an integer from 0 to 8; b2 is an integer from 0 to 2 + 1 - c2; c2 is an integer from 0 to 2 + 1 - b2; and m is the number of carbon atoms in the cyclic moieties that are believed to be bonded to the metal atom.
An aircraft passenger seat comprising a seat back and a seat pan, the seat pan being pivotally connected at or around a forward end thereof to a seat frame at a first pivot point, and at or around a rearward end thereof to a lower end of the seat back at a second pivot point; the seat back having an extension extending beyond the second pivot point and engaging a guide track in or connected to the seat frame, and a reclining actuator for driving the extension along the guide track so as to adjust the reclining of the seat; characterised in that the extension is driven by a linear drive mechanism (24, 25) aligned with the guide track.
An ignition anode, in particular for an ignition device of a reignitable rocket combustion chamber, the ignition anode having a rotationally symmetric ignition anode body with an axis of symmetry, the ignition anode body comprising an anode frontal area (7, 8) having a chamfer surrounding a periphery of the axis of symmetry and forming an annular edge, wherein the anode frontal area (7, 8) includes a plurality of edges in addition to the annular edge which are formed, originating from the axis of symmetry, by a plurality of radially oriented recesses in the ignition anode frontal area (7, 8), characterized in that the recesses are deeper in a radially outward area.
A parking assistance device, comprising: a surrounding image presenting section configured to receive a captured image of at least a view in a direction of movement of a vehicle taken by a car-mounted camera and allow a surrounding image of the vehicle to be displayed on a monitor device inside the vehicle; a parking target setting section configured to set a parking target of the vehicle; a route computing section configured to compute a guide route for allowing the vehicle to move forward to a reverse start position and then reverse to the parking target and the reverse start position based on the parking target with a predetermined tolerance included; and a graphic control section configured to generate forward guide markers constituted by a marker group including a far marker corresponding to the reverse start position and a near marker that represents an area via which the vehicle can reach the reverse start position and is located closer to the vehicle than the far marker, the forward guide markers indicating a forward route to the reverse start position by an arrangement of the marker group the width of which is increased toward the near marker from the far marker, and superimpose the markers on the surrounding image, characterized in that the near marker is drawn to have a width larger than the width of the vehicle and a far marker to be equal to or narrower than the width of the vehicle. a surrounding image presenting section configured to receive a captured image of at least a view in a direction of movement of a vehicle taken by a car-mounted camera and allow a surrounding image of the vehicle to be displayed on a monitor device inside the vehicle; a parking target setting section configured to set a parking target of the vehicle; a route computing section configured to compute a guide route for allowing the vehicle to move forward to a reverse start position and then reverse to the parking target and the reverse start position based on the parking target with a predetermined tolerance included; and a graphic control section configured to generate forward guide markers constituted by a marker group including a far marker corresponding to the reverse start position and a near marker that represents an area via which the vehicle can reach the reverse start position and is located closer to the vehicle than the far marker, the forward guide markers indicating a forward route to the reverse start position by an arrangement of the marker group the width of which is increased toward the near marker from the far marker, and superimpose the markers on the surrounding image, characterized in that the near marker is drawn to have a width larger than the width of the vehicle and a far marker to be equal to or narrower than the width of the vehicle.