mhurhangee/ep-ind-claims huggingface dataset:
A container assembly (10, 20, 30) for a cosmetic formula, comprising: a main body (100, 200, 300) for accommodating the cosmetic formula, the main body (100, 200, 300) having an opening (101, 201, 301) at a top end thereof; a cage (110, 210, 310) which is accommodated within the main body (100, 200, 300) in the opening (101, 201, 301) so as to extend within the main body (100, 200, 300), wherein a natural material is accommodated within the cage (110, 210, 310); and a lid member (113, 213, 313) which is tightly fitted into an annular recess formed at the opening end of the main body (100, 200, 300), wherein the cage (110, 210, 310) is supported in a suspended state within the main body (100, 200, 300) by the lid member (113, 213, 313), wherein the cage (110, 210, 310) is configured to allow the cosmetic formula to flow into and flow out of a space within the cage (110, 210, 310) so that the cosmetic formula can contact the natural material, wherein the cage (110, 210, 310) is configured so as to prevent the natural material accommodated therewithin from exiting to the outside of the cage (110, 210, 310), wherein the cage (110, 210) comprises: a cylindrical inner wall portion (111, 211) which is fluid permeable; and a cylindrical outer wall portion (112, 212) which is disposed around the inner wall portion (111, 211) and is fluid permeable, and wherein the natural material is accommodated within a space (S1, S2) formed between the inner wall portion (111, 211) and the outer wall portion (112, 212). a main body (100, 200, 300) for accommodating the cosmetic formula, the main body (100, 200, 300) having an opening (101, 201, 301) at a top end thereof; a cage (110, 210, 310) which is accommodated within the main body (100, 200, 300) in the opening (101, 201, 301) so as to extend within the main body (100, 200, 300), wherein a natural material is accommodated within the cage (110, 210, 310); and a lid member (113, 213, 313) which is tightly fitted into an annular recess formed at the opening end of the main body (100, 200, 300), wherein the cage (110, 210, 310) is supported in a suspended state within the main body (100, 200, 300) by the lid member (113, 213, 313), wherein the cage (110, 210, 310) is configured to allow the cosmetic formula to flow into and flow out of a space within the cage (110, 210, 310) so that the cosmetic formula can contact the natural material, wherein the cage (110, 210, 310) is configured so as to prevent the natural material accommodated therewithin from exiting to the outside of the cage (110, 210, 310), wherein the cage (110, 210) comprises: a cylindrical inner wall portion (111, 211) which is fluid permeable; and a cylindrical outer wall portion (112, 212) which is disposed around the inner wall portion (111, 211) and is fluid permeable, and wherein the natural material is accommodated within a space (S1, S2) formed between the inner wall portion (111, 211) and the outer wall portion (112, 212).
A method for establishing communication between a vehicle diagnosis device and a vehicle, applied to a vehicle communication interface device, the vehicle communication interface device being configured to connect the vehicle diagnosis device and the vehicle, the vehicle communication interface device comprising at least two CAN controllers, at least two CAN transceivers and a diagnosis interface, the diagnosis interface comprising at least two communication pin sets, each CAN transceiver being connected to one CAN controller and one communication pin set, the method characterized by comprising: determining if each CAN controller is in an idle state in the at least two CAN controllers when a channel establishment instruction of the vehicle diagnosis device is received; setting a communication parameter for the CAN controller in an idle state; receiving a specifying instruction delivered by the vehicle diagnosis device, the specifying instruction carrying an identifier of a specified communication pin set of the vehicle diagnosis device; traversing the communication pin sets in the diagnosis interface according to the identifier, to obtain the specified communication pin set matching the identifier; determining, when the specified communication pin set of the vehicle diagnosis device is received, whether a CAN controller connected to the specified communication pin set is in an idle state; and establishing, if the CAN controller connected to the specified communication pin set is in an idle state, a communication channel from the vehicle diagnosis device to the specified communication pin set according to the communication parameter in the CAN controller connected to the specified communication pin set, so that the vehicle diagnosis device is communicatively connected to the vehicle through the specified communication pin set. determining if each CAN controller is in an idle state in the at least two CAN controllers when a channel establishment instruction of the vehicle diagnosis device is received; setting a communication parameter for the CAN controller in an idle state; receiving a specifying instruction delivered by the vehicle diagnosis device, the specifying instruction carrying an identifier of a specified communication pin set of the vehicle diagnosis device; traversing the communication pin sets in the diagnosis interface according to the identifier, to obtain the specified communication pin set matching the identifier; determining, when the specified communication pin set of the vehicle diagnosis device is received, whether a CAN controller connected to the specified communication pin set is in an idle state; and establishing, if the CAN controller connected to the specified communication pin set is in an idle state, a communication channel from the vehicle diagnosis device to the specified communication pin set according to the communication parameter in the CAN controller connected to the specified communication pin set, so that the vehicle diagnosis device is communicatively connected to the vehicle through the specified communication pin set.
A method performed in a network node of a cellular radio communication system for facilitating load sharing between a serving cell and a neighbouring cell of the cellular radio communication system, the serving cell serving a plurality of radio devices, the method comprising: defining a first group of radio devices, which first group is a subgroup of the plurality of radio devices served by the serving cell; associating the first group of radio devices with a load sharing boundary to a load sharing zone between the serving cell and the neighbouring cell, beyond which load sharing boundary any of the radio devices in the first group is regarded as being able to be handed over to the neighbouring cell; gathering statistics relating to connection failures experienced by the radio devices in the first group; adjusting the load sharing boundary based on the gathered statistics; determining that a radio device of the first group has passed the load sharing boundary; determining that load sharing is desired; deciding to hand over the radio device to the neighbouring cell; and performing a handover from the serving cell to the neighbouring cell. defining a first group of radio devices, which first group is a subgroup of the plurality of radio devices served by the serving cell; associating the first group of radio devices with a load sharing boundary to a load sharing zone between the serving cell and the neighbouring cell, beyond which load sharing boundary any of the radio devices in the first group is regarded as being able to be handed over to the neighbouring cell; gathering statistics relating to connection failures experienced by the radio devices in the first group; adjusting the load sharing boundary based on the gathered statistics; determining that a radio device of the first group has passed the load sharing boundary; determining that load sharing is desired; deciding to hand over the radio device to the neighbouring cell; and performing a handover from the serving cell to the neighbouring cell.
An edible composition comprising a compound selected from the group consisting of N-geranoyl-Pro, N-palmiteneoyl-Pro, N-stearoyl-Pro, N-oleoyl-Pro, N-linoleoyl-Pro and N-linolenoyl-Pro, wherein the compound complements the flavour or mouth feel characteristics of the edible composition when the compound of formula is incorporated in an amount of 1 ppb - 10 ppm based on the total weight of the edible composition.
A method of inspecting a lateral pipe extending from a manhole, said method comprising: (a) extending an imaging head (15; 201) into said manhole using a positioning system (13; 203), said imaging head comprising an imaging device (27; 204) and at least one lamp (22, 23; 208) capable of producing a light beam, said positioning system comprising an elongated member and a targeting fixture operatively connected thereto, said imaging head being attached to one end of said elongated member, said targeting fixture having a distal end biased outwardly from said imaging head; (b) placing said distal end on a rigid surface proximate to said lateral pipe; (c) pushing down on said elongated member such that said distal end resiliently moves toward said imaging head, thereby allowing said light beam to be centred approximately in said lateral pipe; and (d) imaging a target located within said lateral pipe. (a) extending an imaging head (15; 201) into said manhole using a positioning system (13; 203), said imaging head comprising an imaging device (27; 204) and at least one lamp (22, 23; 208) capable of producing a light beam, said positioning system comprising an elongated member and a targeting fixture operatively connected thereto, said imaging head being attached to one end of said elongated member, said targeting fixture having a distal end biased outwardly from said imaging head; (b) placing said distal end on a rigid surface proximate to said lateral pipe; (c) pushing down on said elongated member such that said distal end resiliently moves toward said imaging head, thereby allowing said light beam to be centred approximately in said lateral pipe; and (d) imaging a target located within said lateral pipe.
An image projection apparatus comprising: a light source configured to generate a light bundle; a display element configured to form an image using the light bundle; a plurality of lenses provided to advance the light bundle toward the display element, the plurality of lenses being provided in a path of the light-bundle between the light source and the display element, and including a concave lens and at least one convex lens, wherein the plurality of lenses are disposed to form a stop, and the concave lens is provided on the path of the light bundle prior to the stop; and a polarizing optical device provided between the plurality of lenses to sequentially convert the light bundle into circular polarized light in different directions from one another for producing stereoscopic images, characterised in that the polarizing optical device is located at a position of the stop, and wherein the at least one convex lens is disposed between the concave lens and the polarizing optical device. a light source configured to generate a light bundle; a display element configured to form an image using the light bundle; a plurality of lenses provided to advance the light bundle toward the display element, the plurality of lenses being provided in a path of the light-bundle between the light source and the display element, and including a concave lens and at least one convex lens, wherein the plurality of lenses are disposed to form a stop, and the concave lens is provided on the path of the light bundle prior to the stop; and a polarizing optical device provided between the plurality of lenses to sequentially convert the light bundle into circular polarized light in different directions from one another for producing stereoscopic images, characterised in that the polarizing optical device is located at a position of the stop, and wherein the at least one convex lens is disposed between the concave lens and the polarizing optical device.
A gradient insulation screw for adjustable fastening of a roofing membrane on a substrate, in particular a steel sheet, the gradient insulation screw comprising: a drilling tip with a first direction of rotation; following the drilling tip, an assembly thread with a second direction of rotation; following the assembly thread, a first thread-free region; following the first thread-free region, an adjustment thread with the first direction of rotation, the outer diameter of which is greater than the outer diameters of the assembly thread and the drilling tip; and following the adjustment thread, a tool holder characterized in that the second direction of rotation differs from the first direction of rotation. a drilling tip with a first direction of rotation; following the drilling tip, an assembly thread with a second direction of rotation; following the assembly thread, a first thread-free region; following the first thread-free region, an adjustment thread with the first direction of rotation, the outer diameter of which is greater than the outer diameters of the assembly thread and the drilling tip; and following the adjustment thread, a tool holder characterized in that the second direction of rotation differs from the first direction of rotation.
A method for dehydrating hydrous low-substituted hydroxypropyl cellulose with a compression type dehydrator by feeding the hydrous low-substituted hydroxypropyl cellulose to a screw conveyer connected to an inlet of the compression type dehydrator, comprising the steps of: starting the operation of the screw conveyor to fill the screw conveyer and the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose, starting the operation of the filled compression type dehydrator, and feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer, while discharging dehydrated low-substituted hydroxypropyl cellulose from an outlet of the compression type dehydrator, wherein a feed rate of feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer is equal to a discharge rate of discharging the dehydrated low-substituted hydroxypropyl cellulose in terms of net weight of cellulose ether, wherein the low-substituted hydroxypropyl cellulose is insoluble but swells in water, and the filling of the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose results in a pressure increase at the inlet of the compression type dehydrator to from 0.10 to 0.25 MPa. starting the operation of the screw conveyor to fill the screw conveyer and the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose, starting the operation of the filled compression type dehydrator, and feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer, while discharging dehydrated low-substituted hydroxypropyl cellulose from an outlet of the compression type dehydrator, wherein a feed rate of feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer is equal to a discharge rate of discharging the dehydrated low-substituted hydroxypropyl cellulose in terms of net weight of cellulose ether, wherein the low-substituted hydroxypropyl cellulose is insoluble but swells in water, and the filling of the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose results in a pressure increase at the inlet of the compression type dehydrator to from 0.10 to 0.25 MPa.
A piezoelectric element including a braid comprising a conductive fiber and piezoelectric fibers, the braid having the conductive fiber as the core, and the piezoelectric fibers being covering fibers that cover the periphery of the conductive fiber.
Building infrastructure device comprising at least one actuator module, in particular a lighting module, that is controlled in response to a presence signal indicating a presence of a person, a communication unit including a radio receiver, a radar sensor comprising, a radar transmitter and a radar receiver; wherein the building infrastructure device is characterized in that a processor of the building infrastructure device is configured to analyse a signal indicating a received signal strength provided by the radio receiver for detecting the presence of the person based on a change in a variation of the signal indicating the received signal strength to generate a first analysis signal, to analyse a received radar signal provided by the radar sensor for detecting motion based on the Doppler principle to generate a second analysis signal, and to evaluate the first and the second analysis signal in combination for generating the presence signal indicating the presence of the person by determining an increased general probability of the presence of the person if within an evaluation time frame an increase in probability of presence of the person increases in the first analysis signal, is succeeded by an increase in probability of presence of the person in the second analysis signal. at least one actuator module, in particular a lighting module, that is controlled in response to a presence signal indicating a presence of a person, a communication unit including a radio receiver, a radar sensor comprising, a radar transmitter and a radar receiver; a radar transmitter and a radar receiver; that a processor of the building infrastructure device is configured to analyse a signal indicating a received signal strength provided by the radio receiver for detecting the presence of the person based on a change in a variation of the signal indicating the received signal strength to generate a first analysis signal, to analyse a received radar signal provided by the radar sensor for detecting motion based on the Doppler principle to generate a second analysis signal, and to evaluate the first and the second analysis signal in combination for generating the presence signal indicating the presence of the person by determining an increased general probability of the presence of the person if within an evaluation time frame an increase in probability of presence of the person increases in the first analysis signal, is succeeded by an increase in probability of presence of the person in the second analysis signal.
A shelving unit comprising a supporting structure and a plurality of shelves, wherein said supporting structure comprises a base, a pair of uprights (12, 13) that stretch out from said base in a vertical direction and a panel element arranged between said uprights (12, 13), the uprights (12, 13) comprising a plurality of apertures (120, 130) having a substantially slotted shape configured to allow assembly of said shelves, and wherein each shelf comprises a supporting surface and a pair of arms (22, 23) which hold said supporting surface and protrude from the uprights (12, 13) in a transverse direction perpendicular to said vertical direction, said shelving unit also comprising a lighting set for the illumination of the shelves, said lighting set comprising a pair of conductive strips (32, 33) respectively connected or connectable to the positive and negative terminals of a low voltage transformer that can be supplied from the mains, said conductive strips (32, 33) stretching out in said vertical direction aside each upright (12, 13), the lighting set further comprising at least one lighting body (40, 41), wherein for each shelf to be illuminated the lighting set also includes a single pair of rigid electrical conductors (42, 43) configured to be removably restrained to the shelf, wherein said at least one lighting body (40, 41) comprises electrical terminals arranged at its ends and configured for connection to said electrical conductors (42, 43), the overall configuration of the shelving unit being such that in an assembled condition the lighting body (40, 41) is electrically connected and mechanically hung to the rigid electrical conductors (42, 43), and wherein the rigid electrical conductors (42, 43) are restrained to the supporting surface of the shelf or along its arms (22, 23) and stretch out from the conductive strips (32, 33) in a transverse direction, perpendicular to the vertical direction and to the panel element, and wherein the at least one lighting body (40, 41) is arranged in a longitudinal direction perpendicular to the vertical direction and to the transverse direction and parallel to the panel element.
A method of manufacturing a gas turbine engine case, comprising: forging to a near net shape (L4; L5; L6) a first annular case section; forging a first near net shape ring (72 to 88); machining a faying surface (90 to 106; 118; 120) on at least one of the first near net shape ring and the first annular case section; and electron beam welding the first near net shape ring (72 to 88) to the first annular case section at the faying surface (90 to 106; 118; 120). forging to a near net shape (L4; L5; L6) a first annular case section; forging a first near net shape ring (72 to 88); machining a faying surface (90 to 106; 118; 120) on at least one of the first near net shape ring and the first annular case section; and electron beam welding the first near net shape ring (72 to 88) to the first annular case section at the faying surface (90 to 106; 118; 120).
A system, comprising: a social infrastructure that supports a plurality of social network groups, a first social network group of the plurality of social network groups having an associated membership including at least one human member; and a social device used with the social infrastructure, the social device comprising: a communication interface configured to communicate with the social network infrastructure; processing circuitry operably coupled to the communication interface; and at least one device resource supported by the processing circuitry; wherein the processing circuitry is configured to utilize the communication interface both to establish membership within the first social network group for the social device and to offer the at least one device resource via the first social network group; wherein the first social network group is a vehicular social network; wherein the social device is a vehicle; and wherein the at least one human member in particular includes an owner of the vehicle. a social infrastructure that supports a plurality of social network groups, a first social network group of the plurality of social network groups having an associated membership including at least one human member; and a social device used with the social infrastructure, the social device comprising: a communication interface configured to communicate with the social network infrastructure; processing circuitry operably coupled to the communication interface; and at least one device resource supported by the processing circuitry; a communication interface configured to communicate with the social network infrastructure; processing circuitry operably coupled to the communication interface; and at least one device resource supported by the processing circuitry; wherein the processing circuitry is configured to utilize the communication interface both to establish membership within the first social network group for the social device and to offer the at least one device resource via the first social network group; wherein the first social network group is a vehicular social network; wherein the social device is a vehicle; and wherein the at least one human member in particular includes an owner of the vehicle.