mhurhangee/ep-ind-claims huggingface dataset:
An electronic device (11,12) comprising at least one processor configured to: - use a first protocol to transmit and/or receive a radio frequency signal during a first part of each of a plurality of periods, said radio frequency signal being used for presence and/or location detection, and - obtain network messages transmitted wirelessly using a second protocol during a second part of each of said plurality of periods, said second part not overlapping with said first part, wherein the electronic device (11,12) comprises a lighting device, and wherein said network messages comprise lighting control messages; wherein a duration of said first part varies between at least two of said plurality of periods and/or a duration of said second part varies between at least two of said plurality of periods. - use a first protocol to transmit and/or receive a radio frequency signal during a first part of each of a plurality of periods, said radio frequency signal being used for presence and/or location detection, and - obtain network messages transmitted wirelessly using a second protocol during a second part of each of said plurality of periods, said second part not overlapping with said first part, wherein the electronic device (11,12) comprises a lighting device, and wherein said network messages comprise lighting control messages;
A sealant composition comprising a polythioether, wherein the sealant composition is: (a) substantially free of volatile organic compounds; (b) sprayable i.e. the composition can be applied in a continuous film that adheres to a substrate in a single pass using a spray gun such that the film provides a layer having a thickness of 506 μm to 3,048 μm (20 to 120 mils); and (c) fuel resistant i.e. the composition, when applied to a substrate and cured, provides a cured sealant that has a percent volume swell of not greater than 40% after immersion for one week at 60°C (140°F) and ambient pressure in jet reference fluid type 1 according to methods similar to those described in ASTM D792 or AMS 3269 and wherein the polythioether comprises - an isocyanate functional polythioether-polyurethane and/or isocyanate functional polyurethane being the reaction product of a thiol-functional polythioether and an isocyanate functional compound and - an amine/hydroxy-functional polythioether. (a) substantially free of volatile organic compounds; (b) sprayable i.e. the composition can be applied in a continuous film that adheres to a substrate in a single pass using a spray gun such that the film provides a layer having a thickness of 506 μm to 3,048 μm (20 to 120 mils); and (c) fuel resistant i.e. the composition, when applied to a substrate and cured, provides a cured sealant that has a percent volume swell of not greater than 40% after immersion for one week at 60°C (140°F) and ambient pressure in jet reference fluid type 1 according to methods similar to those described in ASTM D792 or AMS 3269 and wherein the polythioether comprises - an isocyanate functional polythioether-polyurethane and/or isocyanate functional polyurethane being the reaction product of a thiol-functional polythioether and an isocyanate functional compound and - an amine/hydroxy-functional polythioether. - an isocyanate functional polythioether-polyurethane and/or isocyanate functional polyurethane being the reaction product of a thiol-functional polythioether and an isocyanate functional compound and - an amine/hydroxy-functional polythioether.
A product rod comprising a plurality of individual tobacco smoke filters or filter elements abutted end to end; and a wrapper engaged around the plurality of filters or filter elements, the wrapper including a line of perforations extending from one end of the product rod to the other end and defining a helix about the periphery of the product rod.
A process for the production of peretinoin (compound of formula (IIIa)) comprising the following reaction step a compound of formula or (I'), wherein R 2 is substituted phenyl, unsubstituted phenyl, -(CH 2) 3 -OH, or -(CH 2) 3 -CH 3, R' 2 is OC 1 -C 4 alkyl, and X is a halogen ion, preferably I and Br, is reacted with a compound of formula wherein R 1 is H. R 2 is substituted phenyl, unsubstituted phenyl, -(CH 2) 3 -OH, or -(CH 2) 3 -CH 3, R' 2 is OC 1 -C 4 alkyl, and X is a halogen ion, preferably I and Br, is reacted with a compound of formula wherein R 1 is H.
A battery retention system for an electronic device, comprising: a door; at least one latch coupled to said door; a base; a cover plate attached to the base; a spring configured to receive the at least one latch; the spring bendably connected to the base by the cover plate and imposing a retention force upon the latch when the system is in a closed configuration; at least one foot proximate the door when the system is in the closed configuration; at least one shaft having an axis substantially parallel to an edge of the door upon which the latch is coupled; and at least one depressible button, coupled to the at least one foot, and connected to the at least one shaft, the at least one depressible button and the at least one foot rotatable about the axis, and configured to move the door toward an open configuration via a force sufficient to overcome the retention force and transmittable from the button to the foot upon depression of the button. a door; at least one latch coupled to said door; a base; a cover plate attached to the base; a spring configured to receive the at least one latch; the spring bendably connected to the base by the cover plate and imposing a retention force upon the latch when the system is in a closed configuration; at least one foot proximate the door when the system is in the closed configuration; at least one shaft having an axis substantially parallel to an edge of the door upon which the latch is coupled; and at least one depressible button, coupled to the at least one foot, and connected to the at least one shaft, the at least one depressible button and the at least one foot rotatable about the axis, and configured to move the door toward an open configuration via a force sufficient to overcome the retention force and transmittable from the button to the foot upon depression of the button.
Rotating electric machine coupled with a motor vehicle gearbox comprising a plurality of gear ratios (R1-Rn), comprising - a speed regulator that can be activated during a phase of synchronization between pinions of two gear ratios (R1-Rn) during which said rotating electric machine is speed-controlled, - characterized in that said speed regulator comprises an integrator cascaded with a gain, - said gearbox has no synchronizers over a part of the gear ratios. - a speed regulator that can be activated during a phase of synchronization between pinions of two gear ratios (R1-Rn) during which said rotating electric machine is speed-controlled, - characterized in that said speed regulator comprises an integrator cascaded with a gain, - said gearbox has no synchronizers over a part of the gear ratios.
A sawhorse (10,10A,10B,110,120,130,140,150) comprising a first support frame and a second support frame, each having a first surface (12A, 14A) and a second surface (12B,14B), respectively, said second support frame articulated to the first support frame, whereby the sawhorse is manipulable between at least one collapsed position and at least one deployed position; and wherein at least one of the first surface and the second surface of at least one of the first support frame and the second support frame is configured with an array of articulation locations for detachably attaching one or more utility units to the sawhorse and for detachably attaching the sawhorse to a carrying member, characterized in that a face of at least one of the first support frame and the second support frame defines an articulation face, and the articulating locations comprise at least one male coupler at one of the articulation face and a face of the utility unit, and a female coupler at the other one of the articulation face and the face of the utility unit, said female coupler having a depressed locking location configured with at least one locking rib extending above a depressed plane and along an engaging sliding path, and having an open edge facing in a first sense; said male coupler having a projecting locking location disposed in register with said depressed locking location and configured with at least one locking tongue extending along the engaging sliding path at a second sense, opposite to said first sense, and configured for arresting engagement at a space between said locking rib and depressed plane.
An apparatus for detecting the fluorescence of a liquid sample, comprising: - a first excitation light means comprising at least two excitation light sources (4a, 4b) comprising a first excitation light source, the first light source having a main light path, and a second excitation light source; - a sample plane for positioning said sample, wherein the sample plane is provided with a detection area: - a sample compartment, - detection means comprising at least a first detector for detecting fluorescence signals from the sample, the axis between the detection means and the sample plane being the detection-sample axis, - a processor coupled to receive data from the detector(s), - a focusing means for focusing the signals onto the detection means, said focusing means having a collection angle, the angle between the excitation main light path of the first light source and the detection-sample axis being between the collection angle/2 and 90°, characterized in that the at least two light sources (4a, 4b) are at least two light emitting diodes; the sample compartment is for housing the liquid sample: the first detection means is an array of detection elements; and the focusing means providing a magnification in the range of 2/1 to 1/10, thereby forming an image of the detection area on the detection array of detection elements. - a first excitation light means comprising at least two excitation light sources (4a, 4b) comprising a first excitation light source, the first light source having a main light path, and a second excitation light source; - a sample plane for positioning said sample, wherein the sample plane is provided with a detection area: - a sample compartment, - detection means comprising at least a first detector for detecting fluorescence signals from the sample, the axis between the detection means and the sample plane being the detection-sample axis, - a processor coupled to receive data from the detector(s), - a focusing means for focusing the signals onto the detection means, said focusing means having a collection angle, the angle between the excitation main light path of the first light source and the detection-sample axis being between the collection angle/2 and 90°, characterized in that the at least two light sources (4a, 4b) are at least two light emitting diodes; the sample compartment is for housing the liquid sample: the first detection means is an array of detection elements; and the focusing means providing a magnification in the range of 2/1 to 1/10, thereby forming an image of the detection area on the detection array of detection elements. the first detection means is an array of detection elements; and the focusing means providing a magnification in the range of 2/1 to 1/10, thereby forming an image of the detection area on the detection array of detection elements.
Cosmetic or dermatological multi-phase preparation characterized by optically clear separate phases, comprising - at least one oil phase, - at least one water phase comprising surfactants, and - one or more propellant gases, selected from the group of propane, butane, isobutane and/or mixtures thereof, characterized in that - each individual phase of the preparation has a dynamic viscosity in the range of 20 to 300 mPa * s (25°C), wherein the dynamic viscosity is determined as stated in the description and - a combination of anionic and amphoteric surfactants is selected as surfactants. - at least one oil phase, - at least one water phase comprising surfactants, and - one or more propellant gases, selected from the group of propane, butane, isobutane and/or mixtures thereof, characterized in that - each individual phase of the preparation has a dynamic viscosity in the range of 20 to 300 mPa * s (25°C), wherein the dynamic viscosity is determined as stated in the description and - a combination of anionic and amphoteric surfactants is selected as surfactants.
Method for the user-defined activation of an electric kitchen appliance, it being necessary to enter a code for the activation and the kitchen appliance comprising a touch display and a mechanically operable switch, such as a rotary switch or push button (13 to 17), characterised in that the code must be entered by using both the touch display and one or more switches, it being possible to completely deactivate the kitchen appliance or to deactivate a motor of the kitchen appliance independently of the user profile selected by the code entered.
A method for mapping of static objects in a static scene using a stationary radar unit adapted to detect signals from all directions without using beamforming or sweeping, that is not moving relative the static scene and that is operative to transmit radar signals towards the static scene, the stationary radar unit comprises a set of receiver antennas (102a-h) configured to detect radar signals from arbitrary directions, and the stationary radar unit is configured to measure target velocity in discrete velocity bins, the method comprising: continuously collecting radar signals over time to detect static objects and moving objects in the static scene using the set of receiver antennas of the stationary radar unit; constructing an occupancy map (300, 400) of static objects in the static scene using confirmed detections determined from the collected radar signals, where confirmed detections are detections with radar signal strength exceeding a detection threshold and with velocity falling in a zero velocity bin and detections with radar signal strength exceeding the detection threshold and with a non-zero velocity sufficiently low to cause spill over information in the same bin as detections falling in the zero velocity bin. continuously collecting radar signals over time to detect static objects and moving objects in the static scene using the set of receiver antennas of the stationary radar unit; constructing an occupancy map (300, 400) of static objects in the static scene using confirmed detections determined from the collected radar signals, where confirmed detections are detections with radar signal strength exceeding a detection threshold and with velocity falling in a zero velocity bin and detections with radar signal strength exceeding the detection threshold and with a non-zero velocity sufficiently low to cause spill over information in the same bin as detections falling in the zero velocity bin.
Biogas plant fermenter tank comprising a service device which has a top-side service opening which can be closed by means of a covering device and through which a submersible unit which is guided height-adjustably on a guide mast is accessible for maintenance and service operations, wherein the guide mast is mounted in a bearing point of the service device so as to be rotatable and/or pivotable by means of a bearing shaft, wherein, in order to rotate or pivot the guide mast, the bearing shaft is coupled by means of a guide mast pivoting device arranged outside the fermenter tank, wherein the submersible unit is coupled to a submersible unit height adjustment device which is arranged outside the fermenter tank and which has a drive shaft which, together with the bearing shaft of the guide mast pivoting device, is guided in a hollow shaft arrangement through the bearing point of the service device into the fermenter tank interior, and wherein the drive shaft interacts directly or indirectly in the fermenter tank interior with an adjusting element by means of which the submersible unit is height-adjustable on the guide mast.
A Machine-to-machine, M2M, terminal configured to perform an M2M communication, comprising: radio communication means for communicating with a base station; and control means, wherein the control means is adapted to receive a first notification from the base station, and the control means is adapted to transmit a second notification to the base station when establishing a radio connection with the base station after reception of the first notification or while performing a procedure for establishing a bearer between the M2M terminal and a core network after reception of the first notification, the first notification indicates whether specific coverage enhancement processing is supported in a cell of the base station in which the M2M terminal is located, the second notification indicates that the specific coverage enhancement processing is required or being executed by the M2M terminal the control means is adapted to decide to execute the specific coverage enhancement processing in the M2M terminal and control communication using the specific coverage enhancement processing between the M2M terminal and the base station, and the control means is adapted to continue executing the specific coverage enhancement processing until having received from the base station an instruction that explicitly or implicitly indicates stop of the specific coverage enhancement processing. radio communication means for communicating with a base station; and control means, wherein the control means is adapted to receive a first notification from the base station, and the control means is adapted to transmit a second notification to the base station when establishing a radio connection with the base station after reception of the first notification or while performing a procedure for establishing a bearer between the M2M terminal and a core network after reception of the first notification, the first notification indicates whether specific coverage enhancement processing is supported in a cell of the base station in which the M2M terminal is located, the second notification indicates that the specific coverage enhancement processing is required or being executed by the M2M terminal the control means is adapted to decide to execute the specific coverage enhancement processing in the M2M terminal and control communication using the specific coverage enhancement processing between the M2M terminal and the base station, and the control means is adapted to continue executing the specific coverage enhancement processing until having received from the base station an instruction that explicitly or implicitly indicates stop of the specific coverage enhancement processing.
A method for characterising the evolution of a subsurface volume over time, said method comprising: providing a first survey of the subsurface volume with a first set of seismic traces corresponding to a first time; providing a second survey of the subsurface volume with a second set of seismic traces corresponding to a second time; performing an inversion to obtain estimates of changes having occurred between said first time and said second time in terms of at least one model parameter; wherein said subsurface volume is divided into geological layers according to facies attributed in accordance with the layer's geologic characteristics, and said inversion is constrained per layer of subsurface volume; and wherein said inversion comprises inverting for coefficients of a regional function at each spatial location within a layer, wherein said regional function describes how the model parameter varies within a layer. providing a first survey of the subsurface volume with a first set of seismic traces corresponding to a first time; providing a second survey of the subsurface volume with a second set of seismic traces corresponding to a second time; performing an inversion to obtain estimates of changes having occurred between said first time and said second time in terms of at least one model parameter; wherein said subsurface volume is divided into geological layers according to facies attributed in accordance with the layer's geologic characteristics, and said inversion is constrained per layer of subsurface volume; and wherein said inversion comprises inverting for coefficients of a regional function at each spatial location within a layer, wherein said regional function describes how the model parameter varies within a layer.
A method for beam sweep configuration of a millimeter wave, MMW, repeater during random access channel, RACH, procedures, characterized by comprising: receiving, by a processor of a Next Generation NodeB, gNB, a RACH 1 message relayed by an MMW repeater; determining, by the processor of the gNB, a beam sweep schedule for use by the MMW repeater in relaying a random access response, RAR, message in response to the RACH 1 message, wherein the beam sweep schedule indicates a series of RAR messages to be sent successively and a different transmit, TX, beam sweep configuration to be used by the MMW repeater for each of the series of RAR messages; generating, by the processor of the gNB, an RAR control message indicating the beam sweep schedule; sending, by the processor of the gNB, the RAR control message to the MMW repeater; sending, by the processor of the gNB, the series of RAR messages to the MMW repeater; receiving, by the processor of the gNB, a message 3 relayed by the MMW repeater, wherein the message 3 is generated by a computing device in response to at least one of the series of RAR messages; determining, by the processor of the gNB, a suitable beam for communicating with the computing device based at least in part on the message 3; and sending, by the processor of the gNB, a cancelation message to the MMW repeater in response to determining the suitable beam for communicating with the computing device, wherein the cancelation message is configured to cause the MMW repeater to cancel any remaining RAR messages in the beam sweep schedule. receiving, by a processor of a Next Generation NodeB, gNB, a RACH 1 message relayed by an MMW repeater; determining, by the processor of the gNB, a beam sweep schedule for use by the MMW repeater in relaying a random access response, RAR, message in response to the RACH 1 message, wherein the beam sweep schedule indicates a series of RAR messages to be sent successively and a different transmit, TX, beam sweep configuration to be used by the MMW repeater for each of the series of RAR messages; generating, by the processor of the gNB, an RAR control message indicating the beam sweep schedule; sending, by the processor of the gNB, the RAR control message to the MMW repeater; sending, by the processor of the gNB, the series of RAR messages to the MMW repeater; receiving, by the processor of the gNB, a message 3 relayed by the MMW repeater, wherein the message 3 is generated by a computing device in response to at least one of the series of RAR messages; determining, by the processor of the gNB, a suitable beam for communicating with the computing device based at least in part on the message 3; and sending, by the processor of the gNB, a cancelation message to the MMW repeater in response to determining the suitable beam for communicating with the computing device, wherein the cancelation message is configured to cause the MMW repeater to cancel any remaining RAR messages in the beam sweep schedule.
A metal oxide coated particle of silicon carbide, silicon nitride, boron carbide or boron nitride wherein the amount of metal oxide coating is at least 10 wt% of the total weight of the coated particle, wherein the metal oxide coating comprises yttrium aluminium garnet.