mhurhangee/patent-ind-claim-en huggingface dataset:
A test system for Vehicle-to-Everything, V2X, field testing of one or more vehicles under test , comprising - a plurality of field stations arranged at different locations (A-F) of a testing ground , the respective field station operable - to implement a device-to-device, D2D, communication interface of a V2X protocol stack , - to execute one or more test scenarios concerning the one or more vehicles under test , and - to capture a test result of the one or more test scenarios ; - a central controller in communication with the plurality of field stations via a local area network, LAN; characterized by the respective field station comprising a vector signal generator that generates a GNSS signal, operable to simulate an environment of a GNSS receiver of the one or more vehicles under test . - a plurality of field stations arranged at different locations (A-F) of a testing ground , the respective field station operable - to implement a device-to-device, D2D, communication interface of a V2X protocol stack , - to execute one or more test scenarios concerning the one or more vehicles under test , and - to capture a test result of the one or more test scenarios ; - to implement a device-to-device, D2D, communication interface of a V2X protocol stack , - to execute one or more test scenarios concerning the one or more vehicles under test , and - to capture a test result of the one or more test scenarios ; - a central controller in communication with the plurality of field stations via a local area network, LAN;
On-board catering station comprising a rear light-weight partition which can be aligned transversely to the main direction of the aircraft and a first front light-weight partition which is aligned parallel to the rear light-weight partition and on which a second front light-weight partition is arranged which can be pivoted forwards about a vertical pivot axis from a parking position over the front side of the first front light-weight partition , wherein the first and the second front light-weight part wall in the parking position of the second front light-weight part wall form a common flush front surface corresponding to the surface of the rear light-weight part wall and congruent in parallel, characterised in that the second front lightweight part wall is part of a box-shaped catering compartment , wherein in the parking position an access side of the box-shaped catering compartment abuts the inner side of the rear lightweight part wall .
Packaging (10; 100; 200; 300; 400) for storing at least one drug delivery device (1; 201) comprising a container provided at its distal end with a distal tip (8; 208; 408) covered by a shield (6; 206) in a before use storage configuration of the drug delivery device, said shield (6; 206) being intended to be removed from said distal tip (8; 208; 408) at time of use and a distal end of said distal tip (8; 208; 408) being intended to bear a needle during use of the drug delivery device, the packaging comprising : - a support (11; 111; 211; 311; 411) comprising at least: - one first holding means (14, 14a; 114, 114a; 214a; 314a) configured for receiving at least part of said shield (6; 206; 306) in the before use storage configuration of said drug delivery device, - one second holding means (17, 17a; 117, 117a; 417, 417a) configured for receiving at least a distal part of said needle when said needle is born by said distal tip (8; 408) in an after use storage configuration of said drug delivery device, - an envelope (12; 112) configured to enclose said drug delivery device (1; 201), when said shield is received in said first holding means in the before use storage configuration of the drug delivery device and when said distal part of said needle is received in said second holding means in the after use storage configuration of said drug delivery device, said envelope being configured to be closed by said support. - a support (11; 111; 211; 311; 411) comprising at least: - one first holding means (14, 14a; 114, 114a; 214a; 314a) configured for receiving at least part of said shield (6; 206; 306) in the before use storage configuration of said drug delivery device, - one second holding means (17, 17a; 117, 117a; 417, 417a) configured for receiving at least a distal part of said needle when said needle is born by said distal tip (8; 408) in an after use storage configuration of said drug delivery device, - one first holding means (14, 14a; 114, 114a; 214a; 314a) configured for receiving at least part of said shield (6; 206; 306) in the before use storage configuration of said drug delivery device, - one second holding means (17, 17a; 117, 117a; 417, 417a) configured for receiving at least a distal part of said needle when said needle is born by said distal tip (8; 408) in an after use storage configuration of said drug delivery device, - an envelope (12; 112) configured to enclose said drug delivery device (1; 201), when said shield is received in said first holding means in the before use storage configuration of the drug delivery device and when said distal part of said needle is received in said second holding means in the after use storage configuration of said drug delivery device, said envelope being configured to be closed by said support.
A drawout interface for a drawout circuit breaker comprising: a door having a first opening therein, said door having a first side and a second side ; a flange disposed about said opening and fixedly coupled to said door first side , said flange having a first projection that extends into said first opening ; a sleeve movably coupled to said door and positioned within said first opening , said sleeve having a second opening therethrough; and a spring coupled between said sleeve and said door second side , wherein the drawout interface allows the circuit breaker to be operated in a racked-in position and a test position, characterized in that the sleeve includes an interior portion formed by sidewalls , which interior portion is sized to allow an operator access to a circuit breaker operating handle . a door having a first opening therein, said door having a first side and a second side ; a flange disposed about said opening and fixedly coupled to said door first side , said flange having a first projection that extends into said first opening ; a sleeve movably coupled to said door and positioned within said first opening , said sleeve having a second opening therethrough; and a spring coupled between said sleeve and said door second side , wherein the drawout interface allows the circuit breaker to be operated in a racked-in position and a test position, characterized in that the sleeve includes an interior portion formed by sidewalls , which interior portion is sized to allow an operator access to a circuit breaker operating handle .
A sensor for sensing an environmental characteristic of a space, the sensor being characterized in that it comprises: a visible light sensing circuit configured to record an image of the space, wherein the visible light sensing circuit is configured to detect vacancy conditions in the space; a low-power occupancy sensing circuit configured to detect occupancy conditions in the space wherein the low-power occupancy sensing circuit is configured to consume less power than the visible light sensing circuit when powered; a control circuit configured to enable the visible light sensing circuit in response to the detection of an occupancy condition by the low-power occupancy sensing circuit , wherein the control circuit is configured to: detect, while the visible light sensing circuit is enabled, a vacancy condition in the space, and disable the visible light sensing circuit in response to the vacancy condition being detected. a visible light sensing circuit configured to record an image of the space, wherein the visible light sensing circuit is configured to detect vacancy conditions in the space; a low-power occupancy sensing circuit configured to detect occupancy conditions in the space wherein the low-power occupancy sensing circuit is configured to consume less power than the visible light sensing circuit when powered; a control circuit configured to enable the visible light sensing circuit in response to the detection of an occupancy condition by the low-power occupancy sensing circuit , wherein the control circuit is configured to: detect, while the visible light sensing circuit is enabled, a vacancy condition in the space, and disable the visible light sensing circuit in response to the vacancy condition being detected. detect, while the visible light sensing circuit is enabled, a vacancy condition in the space, and disable the visible light sensing circuit in response to the vacancy condition being detected.
A dermo-cosmetic or pharmaceutical composition for use for inhibiting chemokines and treating chronic inflammatory diseases, characterized in that said composition contains, in an acceptable vehicle, an effective amount of at least one active agent consisting of a compound corresponding to the general formula (I): said compound being selected from the group consisting of 2,3-dihydroxypropyl 2-hydroxybenzoate, (S) -2,3-dihydroxypropyl 2-hydroxybenzoate, and (R) -2,3-dihydroxypropyl 2-hydroxybenzoate, said active agent may be in the form of salt.
Apparatus for the extrusion-based production of at least one three-dimensional object, comprising at least one extrusion unit which is set up for melting an extrusion material and/or for applying a melted extrusion material to a substrate, comprising an apparatus , which is set up for detecting parameter information relating to a process parameter of an extrusion-based manufacturing process which can be carried out or is carried out by means of the apparatus and/or an object parameter of a three-dimensional object to be produced or produced by means of the apparatus and for generating location and/or time information describing a detection location and/or a detection time of a corresponding parameter information, characterised in that the apparatus comprises a plurality of detection elements which are arranged to form a detection element arrangement, in particular forming a planar array.
A head up display system comprising a member for displaying a projected image, comprising: a λ/2 phase difference layer and a reflection layer in this order from observation side, wherein the reflection layer includes a cholesteric liquid crystal layer having selective reflection in a visible light range, wherein a front phase difference of the λ/2 phase difference layer is in a range of 190 nm to 390 nm, measured by allowing light at a wavelength of 550 nm to be incident in a normal direction of the λ/2 phase difference layer, and wherein the head up display system is configured to provide an incidence ray that is p-polarized light being incident from the λ/2 phase difference layer side with respect to the reflection layer, and wherein the incidence ray is incident at a tilt incident angle of 45 to 70° with respect to the normal line of the member for displaying a projected image. a λ/2 phase difference layer and a reflection layer in this order from observation side, wherein the reflection layer includes a cholesteric liquid crystal layer having selective reflection in a visible light range, wherein a front phase difference of the λ/2 phase difference layer is in a range of 190 nm to 390 nm, measured by allowing light at a wavelength of 550 nm to be incident in a normal direction of the λ/2 phase difference layer, and wherein the head up display system is configured to provide an incidence ray that is p-polarized light being incident from the λ/2 phase difference layer side with respect to the reflection layer, and wherein the incidence ray is incident at a tilt incident angle of 45 to 70° with respect to the normal line of the member for displaying a projected image.
A method of performing an internetworking procedure by a user equipment, UE, to change between networks in a wireless communication system from a 5th-generation core network, 5GC network, to an evolved packet core, EPC, network, the method comprising: receiving (Fig. 25, Step 1), from an access and mobility management function, AMF, of the 5GC network, in a tracking area update, TAU, procedure, a first indication, based on an NGx interface between the 5GC network and an evolved packet core, EPC, network not being implemented, wherein the first indication is an indication instructing the UE to perform a handover attach procedure when moving from the 5GC network to the EPC network, moving from a service area serviced by the 5GC network to a service area serviced by the EPC network; and performing (Fig. 25, Steps 3-5) a handover attach procedure in the EPC network, based on the first indication. receiving (Fig. 25, Step 1), from an access and mobility management function, AMF, of the 5GC network, in a tracking area update, TAU, procedure, a first indication, based on an NGx interface between the 5GC network and an evolved packet core, EPC, network not being implemented, wherein the first indication is an indication instructing the UE to perform a handover attach procedure when moving from the 5GC network to the EPC network, moving from a service area serviced by the 5GC network to a service area serviced by the EPC network; and performing (Fig. 25, Steps 3-5) a handover attach procedure in the EPC network, based on the first indication.
A tire including, in a tread surface , a plurality of land portions partitioned by a circumferential main groove extending continuously in a tire circumferential direction on at least one side in a tire width direction, the tire comprising, in at least one land portion of the plurality of land portions , a resonator including an auxiliary groove that terminates in the land portion , and at least one branch groove that communicates between the auxiliary groove and the circumferential main groove , wherein the auxiliary groove consists of a hidden groove portion (G) having an opening width (a) in the tread surface which is smaller than a groove width (b) of a groove bottom, and characterised in that the groove width (b) of the groove bottom of the auxiliary groove is larger on one side in the tire circumferential direction than on the other side.
A carbon-based catalyst for flue gas desulfurization, the carbon-based catalyst having a surface on which iodine, bromine or a compound thereof is added, ion exchanged or supported, the carbon-based catalyst comprising an activated carbon or an activated carbon fiber and having been subjected to a water-repellent treatment, wherein the carbon-based catalyst contains a resin having a contact angle with water of 90° or more as a result of the water repellent treatment, wherein the iodine, bromine or a compound thereof is added, ion exchanged or supported on the surface of the carbon-based catalyst by previously moistening to clog the inside of pores of the carbon-based catalyst and thereafter, spraying or sprinkling a solution containing iodine, bromine or a compound thereof to the carbon-based catalyst or dipping the carbon-based catalyst in the solution, and wherein the inside of pores of the carbon-based catalyst is moistended in that the carbon-based catalyst and water are put in a vessel and the inside of the vessel is depressurized and, after maintaining the state for a certain time, is returned to atmospheric pressure, or in that a mixed gas of water vapor and air is allowed to flow through the carbon-based catalyst to condense the water vapor.
A hair care appliance, comprising: a housing including a handle having an inlet , a body having an outlet , and a fluid flow path (P) through the housing between the inlet and the outlet ; the handle being movably coupled to the body by a rotational hinge joint ; the body being movable between a straight configuration in which the body extends along a longitudinal axis of the handle , and a bent configuration in which the body extends along an axis transverse to the longitudinal axis of the handle ; and a fan assembly disposed within the housing and configured to generate a flow of fluid at a flow rate from the inlet along the fluid flow path (P) to the outlet ; characterised in that the fan assembly is disposed within the handle adjacent to the rotational hinge joint , to provide said flow of fluid through the rotational hinge joint with minimal reduction in fluid flow in the bent configuration, wherein the flow rate in the bent configuration, if less than the flow rate in the straight configuration, is less than the flow rate in the straight configuration by no more than 11 percent. a housing including a handle having an inlet , a body having an outlet , and a fluid flow path (P) through the housing between the inlet and the outlet ; the handle being movably coupled to the body by a rotational hinge joint ; the body being movable between a straight configuration in which the body extends along a longitudinal axis of the handle , and a bent configuration in which the body extends along an axis transverse to the longitudinal axis of the handle ; and a fan assembly disposed within the housing and configured to generate a flow of fluid at a flow rate from the inlet along the fluid flow path (P) to the outlet ; characterised in that the fan assembly is disposed within the handle adjacent to the rotational hinge joint , to provide said flow of fluid through the rotational hinge joint with minimal reduction in fluid flow in the bent configuration, wherein the flow rate in the bent configuration, if less than the flow rate in the straight configuration, is less than the flow rate in the straight configuration by no more than 11 percent.
An optical router, comprising: a plurality of input ports, each input port configured to receive a laser input signal having a tunable wavelength; a plurality of output ports; and a controller configured to: control a plurality of tunable lasers to tune the wavelengths of the plurality of laser input signals; in a first selectable configuration, direct each of the plurality of laser input signals received at a corresponding input port to a corresponding output port of the plurality of output ports to form a plurality of laser output signals; in a second selectable configuration, direct each of the plurality of laser input signals received at a corresponding input port to a single output port of the plurality of output ports to form a single laser output signal; and switch between the first and second selectable configurations by tuning the wavelengths of the plurality of tunable lasers. a plurality of input ports, each input port configured to receive a laser input signal having a tunable wavelength; a plurality of output ports; and a controller configured to: control a plurality of tunable lasers to tune the wavelengths of the plurality of laser input signals; in a first selectable configuration, direct each of the plurality of laser input signals received at a corresponding input port to a corresponding output port of the plurality of output ports to form a plurality of laser output signals; in a second selectable configuration, direct each of the plurality of laser input signals received at a corresponding input port to a single output port of the plurality of output ports to form a single laser output signal; and switch between the first and second selectable configurations by tuning the wavelengths of the plurality of tunable lasers. control a plurality of tunable lasers to tune the wavelengths of the plurality of laser input signals; in a first selectable configuration, direct each of the plurality of laser input signals received at a corresponding input port to a corresponding output port of the plurality of output ports to form a plurality of laser output signals; in a second selectable configuration, direct each of the plurality of laser input signals received at a corresponding input port to a single output port of the plurality of output ports to form a single laser output signal; and switch between the first and second selectable configurations by tuning the wavelengths of the plurality of tunable lasers.
A brominated and epoxidized homopolymer or copolymer of butadiene having a weight average molecular weight of at least 2000, as measured by gel permeation chromatography, wherein the bromine atoms are bonded directly to aliphatic carbon atoms, the brominated and epoxidized homopolymer or copolymer of butadiene has a bromine content of at least 35% by weight and at least one oxirane group per molecule, wherein at least one of the oxirane group(s) is terminal, and wherein the brominated and epoxidized homopolymer or copolymer of butadiene has a 5% weight loss temperature of at least 180°C, wherein the 5% weight loss temperature is evaluated using thermogravimetric analysis and wherein bromine content is determined by proton NMR.
A heating assembly for an atomizer , the heating assembly comprising an adsorption member , and at least one heating element for generating heat after being electrified; wherein the adsorption member comprises at least one surface defining at least one fixing groove therein, the at least one heating element being disposed in the at least one fixing groove; the heating assembly being characterised in that the heating element is a heating track formed by silk-screening printing.
A connector carrier assembly for use with an electronic device recycling kiosk, the connector carrier assembly comprising: a support structure ; a camshaft rotatably coupled to the support structure and including at least one cam lobe ; and at least one cam follower movably coupled to the support structure and operably coupled to an electrical connector, wherein rotation of the camshaft about a longitudinal axis thereof drives the cam lobe against the cam follower to thereby move the electrical connector relative to the support structure ; characterized in that the cam follower includes a proximal end portion pivotally coupled to the support structure and a distal end portion that holds the electrical connector, and wherein rotation of the camshaft about the longitudinal axis drives the cam lobe against the cam follower to rotate the cam follower about the proximal end portion. a support structure ; a camshaft rotatably coupled to the support structure and including at least one cam lobe ; and at least one cam follower movably coupled to the support structure and operably coupled to an electrical connector, wherein rotation of the camshaft about a longitudinal axis thereof drives the cam lobe against the cam follower to thereby move the electrical connector relative to the support structure ; characterized in that the cam follower includes a proximal end portion pivotally coupled to the support structure and a distal end portion that holds the electrical connector, and wherein rotation of the camshaft about the longitudinal axis drives the cam lobe against the cam follower to rotate the cam follower about the proximal end portion.