mhurhangee/ep-ind-claims huggingface dataset:
An apparatus embedded within a receiver configured to receive signal packets each comprising known sequence bits and unknown information data sent by a transmitter using Gaussian Frequency Shift Keying, GFSK, the apparatus comprises a signal detection unit configured to detect presence of the known sequence bits in a received signal packet, the signal detection unit is being fed with the received signal packet y(t) from a frequency demodulator of the receiver, the apparatus further comprises a frequency offset estimation unit configured to estimate a frequency offset Δf ̃ between a local oscillator of the transmitter and a local oscillator of the receiver and a timing estimation unit configured to estimate a time position where an expected known signal portion of the received signal packet was detected at the receiver, wherein the expected known signal portion equals the known sequence of bits, characterized in, that the apparatus further comprises an interference construction unit configured to calculate modulation symbols x 0...x M-1 out of the known sequence bits b 0...b M-1 and to construct inter-symbol interference terms c 0...c M-1 with M ≥ 0 presenting the length of the known sequence, whereas the interference construction unit is connected to the signal detection unit and the frequency offset estimation unit for inputting the inter-symbol interference terms c 0...c M-1 to the signal detection unit and the modulation symbols x 0... x M- 1 to the signal detection unit and the frequency offset estimation unit, whereas outputs of the frequency offset estimation unit are connected to the signal detection unit and the timing estimation unit, and outputs of the signal detection unit are connected to the frequency offset estimation unit, the timing estimation unit and a modulation amplitude estimation unit which is also comprised by the apparatus, the timing estimation unit is further configured for outputting estimations of the frequency offset, a time offset corresponding to the estimated time position and a modulation amplitude from the modulation amplitude estimation unit as synchronization parameters to be used for subsequent demodulation of the unknown information data.
Writing table comprising - a writing table surface having a front edge and a rear edge, and - at least one cable passage opening at the rear edge of the writing table surface, - the writing table surface having a cable insertion slot extending through it which is open toward the rear edge of the writing table surface and merges into the cable passage opening, characterized in - that the cable insertion slot, when seen in plan view onto the writing table surface, comprises at least two part-sections (28,30) arranged at an angular orientation relative to each other. - a writing table surface having a front edge and a rear edge, and - at least one cable passage opening at the rear edge of the writing table surface, - the writing table surface having a cable insertion slot extending through it which is open toward the rear edge of the writing table surface and merges into the cable passage opening, characterized in - that the cable insertion slot, when seen in plan view onto the writing table surface, comprises at least two part-sections (28,30) arranged at an angular orientation relative to each other.
Cleaning apparatus, in particular a dishwasher, comprising a cleaning container which provides a cleaning chamber and is intended for receiving items to be cleaned, and a heat pump device which has an evaporator arranged within a heat storage medium tank, a temporary storage means being arranged above the heat storage medium tank and being intended for holding a liquid heat storage medium, which, owing to an increase in volume caused during operation of the heat pump device by partial freezing of the contents of the heat storage medium tank, is displaced out of the heat storage medium tank, characterised in that the heat storage medium tank is arranged at least largely below the cleaning container, and in that the temporary storage means is arranged at least largely to the side of the cleaning container.
Rotor for an electric machine, the rotor having: a rotor carrier; and at least one lamination stack with sheet-metal laminations stacked one on top of another in the direction of longitudinal extension of the rotor, wherein the lamination stack is arranged coaxially with the rotor carrier and fully encircles the rotor carrier at an outer circumference of the rotor carrier, wherein the lamination stack has, on an inner circumference, a plurality of projections, and wherein the rotor carrier has, on the outer circumference, a plurality of slots, which are configured to cooperate with the projections of the lamination stack, wherein the projections of the lamination stack and the slots of the rotor carrier are spaced apart from one another via a gap to make it easier to fit the rotor, wherein the gap is filled entirely with an injection-mouldable plastic such that the lamination stack is connected to the rotor carrier for conjoint rotation, characterized in that at least one projection of the plurality of projections is configured in a larger manner than the other projections in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier, and/or in that at least one slot of the plurality of slots of the rotor carrier is configured in a smaller manner than the other slots in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier. a rotor carrier; and at least one lamination stack with sheet-metal laminations stacked one on top of another in the direction of longitudinal extension of the rotor, wherein the lamination stack is arranged coaxially with the rotor carrier and fully encircles the rotor carrier at an outer circumference of the rotor carrier, wherein the lamination stack has, on an inner circumference, a plurality of projections, and wherein the rotor carrier has, on the outer circumference, a plurality of slots, which are configured to cooperate with the projections of the lamination stack, wherein the projections of the lamination stack and the slots of the rotor carrier are spaced apart from one another via a gap to make it easier to fit the rotor, wherein the gap is filled entirely with an injection-mouldable plastic such that the lamination stack is connected to the rotor carrier for conjoint rotation, characterized in that at least one projection of the plurality of projections is configured in a larger manner than the other projections in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier, and/or in that at least one slot of the plurality of slots of the rotor carrier is configured in a smaller manner than the other slots in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier.
A method for pretreatment of oily sewage obtained from a petrochemical refining process for removing oil and suspended solids from the oily sewage, comprising the following steps without air flotation: (a) Sedimentation separation: subjecting oily sewage to sedimentation separation to achieve primary separation of oil, sludge, and water to provide an oily sewage effluent; (b) Hydrocyclone-intensified filtration: subjecting the oily sewage effluent obtained by the primary separation in Step (a) to hydrocyclone-intensified filtration to further remove dispersed oil, sludge and sand from the oily sewage to provide an oily sewage effluent; (c) Shape coalescence separation: subjecting the oily sewage effluent obtained by hydrocyclone-intensified filtration in Step (b) to shape coalescence separation to achieve the demulsification, coalescence and separation of emulsified oil to provide treated wastewater; and (d) Biochemical treatment: delivering the treated wastewater obtained in Step (c) directly to an anoxic/aerobic/hydrocyclone biochemical system, wherein an air flotation unit is exempted wherein the shape coalescence separation is achieved by a shape coalescer comprising a modular internal part comprising hydrophilic-oleophobic fibers and oleophilic-hydrophobic fibers weaved in an X and/or Ω pattern. (a) Sedimentation separation: subjecting oily sewage to sedimentation separation to achieve primary separation of oil, sludge, and water to provide an oily sewage effluent; (b) Hydrocyclone-intensified filtration: subjecting the oily sewage effluent obtained by the primary separation in Step (a) to hydrocyclone-intensified filtration to further remove dispersed oil, sludge and sand from the oily sewage to provide an oily sewage effluent; (c) Shape coalescence separation: subjecting the oily sewage effluent obtained by hydrocyclone-intensified filtration in Step (b) to shape coalescence separation to achieve the demulsification, coalescence and separation of emulsified oil to provide treated wastewater; and (d) Biochemical treatment: delivering the treated wastewater obtained in Step (c) directly to an anoxic/aerobic/hydrocyclone biochemical system, wherein an air flotation unit is exempted
A system configured to operate a web-browsing service, the system comprising: one or more network elements configured to receive instructions from a mobile device to access a specified uniform resource locator via the Internet and analyze the instructions and the specified uniform resource locator to determine a data size requirement for providing access to the specified uniform resource locator; and a messaging system configured to enable access to the specified uniform resource locator via a first access session if the determined data size requirement is less than a value specified by an access enabling entity, characterized in that the messaging system is further configured to identify at least one alternative uniform resource locator corresponding to the instructions received from the mobile device if the specified uniform resource locator has a data size requirement that is larger than the specified value and enable access to the alternative uniform resource locator via a second access session. one or more network elements configured to receive instructions from a mobile device to access a specified uniform resource locator via the Internet and analyze the instructions and the specified uniform resource locator to determine a data size requirement for providing access to the specified uniform resource locator; and a messaging system configured to enable access to the specified uniform resource locator via a first access session if the determined data size requirement is less than a value specified by an access enabling entity, characterized in that the messaging system is further configured to identify at least one alternative uniform resource locator corresponding to the instructions received from the mobile device if the specified uniform resource locator has a data size requirement that is larger than the specified value and enable access to the alternative uniform resource locator via a second access session.
A safety scalpel comprising a disposable blade cartridge and a non-disposable Scalpel handle having a distal end, wherein the disposable blade cartridge is attachable to and detachable from the distal end of the non-disposable scalpel handle; the disposable blade cartridge comprising a blade, a blade holder adapted to securely engage the blade and a blade guard adapted to slidably receive the blade holder; characterized by the non-disposable scalpel handle comprising at least one lateral extension adapted to engage a distal end of the disposable blade cartridge: and a lower wall adapted to engage a proximal end of the disposable blade cartridge, wherein the at least one lateral extension and lower wall prevent longitudinal movement of the disposable blade cartridge when attached to the non-disposable scalpel handle.
A power management system for one or more wind turbines, the one or more wind turbines being connected to a power supply with a limited capacity, and the one or more wind turbines each comprising a number of power consuming units; wherein the power management system comprises: a dispatcher connected to the power supply to access an available capacity of the power supply; a requester connected to at least one power consuming unit, the requester being arranged to control the power consumption of the power consuming unit; wherein the requester upon a need of a power consuming unit for consuming power forwards a request to the dispatcher for an amount of power, and wherein the dispatcher based on the available capacity of the power supply either allows the power consuming unit to consume the amount of power or denies the power consuming unit to consume the amount of power; characterized in that the dispatcher sends information to a requester about a base load, and wherein a unit is allowed to consume an amount of power up to the base load without forwarding a request for an amount of power. a dispatcher connected to the power supply to access an available capacity of the power supply; a requester connected to at least one power consuming unit, the requester being arranged to control the power consumption of the power consuming unit; wherein the requester upon a need of a power consuming unit for consuming power forwards a request to the dispatcher for an amount of power, and wherein the dispatcher based on the available capacity of the power supply either allows the power consuming unit to consume the amount of power or denies the power consuming unit to consume the amount of power; characterized in that the dispatcher sends information to a requester about a base load, and wherein a unit is allowed to consume an amount of power up to the base load without forwarding a request for an amount of power.
A trigger position detection system built in a replica firearm comprising a replica trigger, the system comprising a sensor built from at least one light source D1 and at least one receiver Q1 converting the light signal into an electrical signal, wherein the light source D1 and the light receiver Q1 are located on a printed circuit board in a way that they are identically deviated from the vertical axis by the same angle from the range of 0°- 90°, and their active surfaces are directed towards the replica trigger such that the light receiver is illuminated less or more strongly by the light reflected from the moving surface of the trigger, wherein the light source D1 is connected to a microcontroller pin and the receiver Q1 is connected to an analog microcontroller pin equipped with an analog-to-digital converter or to an analog-to-digital converter U1 which is coupled with a microcontroller.
A system for suspending and guiding partition elements (61 - 64) of a mobile partition having cross slides and ceiling-side support rails, wherein the partition elements (61 - 64) are able to be movably suspended by means of at least one respective cross slide in the ceiling-side support rails (1 - 1''''') having guide slots, wherein each cross slide comprises a roller body having four guide rollers (14, 14', 24 - 26) of identical height with vertical rotational axes and having on the four side surfaces thereof four load rollers (13 - 13", 23) on two horizontal rotational axes intersecting with one another at right angles, wherein in each case two opposing load rollers (13 - 13") of the roller body roll on running surfaces of the support rail (1 - 1'''''), whilst the two other load rollers (13 - 13") are aligned with the guide slot of the support rail (1 - 1'''''), wherein on at least one branching of the support rails (1 - 1''''') a guide body (4, 31 - 33) having a concave run-off surface for the guide rollers (14, 14', 24 - 26) is provided in a support rail (1 - 1''''') on the ceiling side, characterised in that the heights of the guide rollers (14, 14', 24 - 26) of at least two different cross slides differ from one another, such that cross slides having guide rollers (14, 14', 24 - 26) of at least one first height are deflected by the at least one guide body (4, 31 - 33) and cross slides having guide rollers (14, 14', 24 - 26) of at least one second height are not deflected by the at least one guide body, wherein the at least one guide body (4, 31 - 33) has in the centre a centring body which is aligned in the direction of a linear direction of the support rail (1 - 1''''') in which the guide body (4, 31 - 33) is arranged, wherein the vertical thickness of the centring body measured from the top of the support rail (1 - 1''''') is greater than the vertical thickness of the at least one guide body (4, 31 - 33), wherein when a cross slide passes below the at least one guide body (4, 31 - 33), the centring body engages in a centring manner between the guide rollers (14, 14', 24 - 26) of the cross slide.
A merchandise display system comprising: a divider configured to be secured to a support structure, wherein the divider includes a forward end and a rearward end; the divider includes a divider wall and a divider floor, the divider wall extending upwardly from the divider floor, the divider floor includes a top surface; a barrier that is moveable by rotation between a folded position and an upright position, the barrier positioned proximate the forward end of the divider such that a product positioned on the top surface of the divider floor contacts the barrier when the product moves toward the forward end of the divider; wherein the barrier is configured to rotate from the folded position to the upright position, wherein when a product positioned on the top surface of the divider floor moves toward the forward end of the divider and contacts the barrier the forward movement of the product rotates the barrier from the folded position to the upright position, and the barrier is configured to cease the forward movement of the product when the barrier is in the upright position; and a rotational mounting structure, the barrier connected to the rotational mounting structure, and wherein the rotational mounting structure is removably connected to the forward end of the divider; characterised in that: the barrier includes a resilient tab configured to engage a tab recess when the barrier reaches the upright position. a divider configured to be secured to a support structure, wherein the divider includes a forward end and a rearward end; the divider includes a divider wall and a divider floor, the divider wall extending upwardly from the divider floor, the divider floor includes a top surface; a barrier that is moveable by rotation between a folded position and an upright position, the barrier positioned proximate the forward end of the divider such that a product positioned on the top surface of the divider floor contacts the barrier when the product moves toward the forward end of the divider; wherein the barrier is configured to rotate from the folded position to the upright position, wherein when a product positioned on the top surface of the divider floor moves toward the forward end of the divider and contacts the barrier the forward movement of the product rotates the barrier from the folded position to the upright position, and the barrier is configured to cease the forward movement of the product when the barrier is in the upright position; and a rotational mounting structure, the barrier connected to the rotational mounting structure, and wherein the rotational mounting structure is removably connected to the forward end of the divider; characterised in that: the barrier includes a resilient tab configured to engage a tab recess when the barrier reaches the upright position.
A system comprising at least one vacuum device, namely a turbomolecular pump; at least one functional unit, in particular a drive device, for the vacuum device; and a connection by means of which the vacuum device and the functional unit are connectable to one another electrically and/or in an information technological manner, wherein the connection is configured such that the vacuum device and the functional unit are connectable in a plurality of different relative orientations in a technically functional manner; wherein the relative orientations differ from one another with respect to the spatial configuration of the connected system and/or with respect to the functionality of the connected system; and wherein at least one connection region of the vacuum device has to be united with at least one connection region of the functional unit to establish the connection, with the respective connection region being formed at an outer side of the vacuum device or of the functional unit.
A washing and/or drying machine comprising: a body portion; a drum assembly; a biasing element suspending the drum assembly from the body portion; characterized in that the washing and/or drying machine comprises one or more wires or cables constructed and arranged to physically engage the biasing element so that movement of the biasing element causes corresponding movement of the one or more wires or cables, wherein a first end of the one or more wires or cables is fixed to a first component of the washing and/or drying machine, and a second end of the one or more wires or cables is attached to a component of a door lock of a door of the washing and/or drying machine; the washing and/or drying machine constructed and arranged to cause disabling locking of the door of the washing and/or drying machine in response to the biasing element stretching beyond a predetermined threshold length. a body portion; a drum assembly; a biasing element suspending the drum assembly from the body portion; characterized in that the washing and/or drying machine comprises one or more wires or cables constructed and arranged to physically engage the biasing element so that movement of the biasing element causes corresponding movement of the one or more wires or cables, wherein a first end of the one or more wires or cables is fixed to a first component of the washing and/or drying machine, and a second end of the one or more wires or cables is attached to a component of a door lock of a door of the washing and/or drying machine; the washing and/or drying machine constructed and arranged to cause disabling locking of the door of the washing and/or drying machine in response to the biasing element stretching beyond a predetermined threshold length.
A method for manufacturing a thermally oxidized heterogeneous composite substrate, comprising the steps of providing a heterogeneous composite substrate, comprising a single crystal silicon film bonded onto a handle substrate which is a transparent insulating wafer, the single crystal silicon film having a thickness of from 50 to 500 nm, and subjecting the composite substrate to: previous heat treatment at 650 to 850°C, for from 0.5 to 6 hours, followed by thermal oxidative treatment at a temperature in excess of 850°C to form an oxide film; the previous heat treatment being to reduce the formation of defects during the thermal oxidative treatment. previous heat treatment at 650 to 850°C, for from 0.5 to 6 hours, followed by thermal oxidative treatment at a temperature in excess of 850°C to form an oxide film; the previous heat treatment being to reduce the formation of defects during the thermal oxidative treatment.
A pharmaceutical composition of a solution, a gel or a semi-solid, or a suspension, comprising a pamoate salt of Ac-Arg-cyclo(Cys-D-Ala-His-D-Phe-Arg-Trp-Cys)-NH 2, wherein the pamoate salt of Ac-Arg-cyclo(Cys-D-Ala-His-D-Phe-Arg-Trp-Cys)-NH 2 is dissolved in a PEG200 or PEG400 aqueous solution wherein the aqueous solution comprises a volume-to-volume ratio of PEG to water of 1:99 to 99:1, in which Ac-Arg-cyclo(Cys-D-Ala-His-D-Phe-Arg-Trp-Cys)-NH 2 forms a depot after subcutaneous or intramuscular administration to a subject.