mhurhangee/ep-ind-claims huggingface dataset:
A covering device for liquid containers, in particular for swimming pools, comprising a floatable covering element, wherein the covering element comprises a continuous covering layer and a fluid chamber, connected to the covering layer, wherein a pump apparatus is provided, which is configured to convey a liquid, in particular water, and a gas, in particular air, into the fluid chamber, wherein the pump apparatus comprises a water pump and an air pump, wherein a control apparatus for controlling the pump apparatus is provided, characterised in that a filling medium is provided to fill the fluid chamber with a liquid, the filling medium being circulated in a separate filling medium circuit, such that the filling medium does not come into contact with the liquid in the liquid container.
A calibration method for parallel multi-channel wireless channel measurement, wherein a calibration receiving channel is added at a transmitting end and a calibration transmitting channel is added at a receiving end, and the method comprising the following steps: disconnecting the transmitting end and the receiving end, connecting the transmitting end with the calibration receiving channel, connecting the receiving end with the calibration transmitting channel, and recording channel response characteristic of the transmitting end and the receiving end with cooperation of the calibration receiving channel and the calibration transmitting channel in air interface measurement, wherein when a measurement transmitting channel is in a silent period, the calibration transmitting channel transmits a narrow pulse signal for circularly testing multiple transmitting channels and multiple receiving channels, and transmission of the narrow pulse signal satisfies a time delay requirement of the measurement transmitting channel and a measurement receive channel. disconnecting the transmitting end and the receiving end, connecting the transmitting end with the calibration receiving channel, connecting the receiving end with the calibration transmitting channel, and recording channel response characteristic of the transmitting end and the receiving end with cooperation of the calibration receiving channel and the calibration transmitting channel in air interface measurement, wherein when a measurement transmitting channel is in a silent period, the calibration transmitting channel transmits a narrow pulse signal for circularly testing multiple transmitting channels and multiple receiving channels, and transmission of the narrow pulse signal satisfies a time delay requirement of the measurement transmitting channel and a measurement receive channel.
A portable electronic device, comprising: an input module; a display module, pivotally connected to the input module and configured to put the portable electronic device into an unfolded state or a folded state; and a lens module, disposed on the display module, comprising: a housing; a rear lens, disposed in the housing; a first elastic member, disposed in the housing and connected to the housing and the rear lens; a first magnetic member, disposed on the first elastic member; and a second magnetic member, disposed on the input module and corresponding to the first magnetic member; wherein when the portable electronic device is in the unfolded state, the first magnetic member is away from the second magnetic member, and the first elastic member pushes the rear lens to protrude from the housing by the elastic force, wherein when the portable electronic device is in the folded state, the first magnetic member is adjacent to the second magnetic member to generate the magnetic force retracting the rear lens into the housing. an input module; a display module, pivotally connected to the input module and configured to put the portable electronic device into an unfolded state or a folded state; and a lens module, disposed on the display module, comprising: a housing; a rear lens, disposed in the housing; a first elastic member, disposed in the housing and connected to the housing and the rear lens; a first magnetic member, disposed on the first elastic member; and a second magnetic member, disposed on the input module and corresponding to the first magnetic member; wherein when the portable electronic device is in the unfolded state, the first magnetic member is away from the second magnetic member, and the first elastic member pushes the rear lens to protrude from the housing by the elastic force, wherein when the portable electronic device is in the folded state, the first magnetic member is adjacent to the second magnetic member to generate the magnetic force retracting the rear lens into the housing. a housing; a rear lens, disposed in the housing; a first elastic member, disposed in the housing and connected to the housing and the rear lens; a first magnetic member, disposed on the first elastic member; and a second magnetic member, disposed on the input module and corresponding to the first magnetic member; wherein when the portable electronic device is in the unfolded state, the first magnetic member is away from the second magnetic member, and the first elastic member pushes the rear lens to protrude from the housing by the elastic force, wherein when the portable electronic device is in the folded state, the first magnetic member is adjacent to the second magnetic member to generate the magnetic force retracting the rear lens into the housing.
A semiconductor structure comprising: (a) a first semiconductor layer having: a SiGe seed layer which is at least partially relaxed and has a plurality of threading dislocations distributed therein, a buffer layer disposed over the relaxed SiGe seed layer, the buffer layer comprising silicon or silicon and germanium, the concentration of germanium in the buffer layer being different from the concentration of germanium in the seed layer at the interface between the seed layer and the buffer layer, the discontinuity in germanium concentration at the interface between the seed layer and the buffer layer ranging from 2% to 50% Ge, and a SiGe relaxed compositionally graded layer disposed over the buffer layer, and having a plurality of threading dislocations distributed across a surface of the semiconductor layer, and (b) a SiGe cap layer disposed directly over the surface of the SiGe relaxed compositionally graded layer, the cap layer being relaxed, in which the semiconductor structure has a threading dislocation density not exceeding 10 7 cm -2 and the cap layer has a threading dislocation density of less than 5 × 10 5 cm -2. (a) a first semiconductor layer having: a SiGe seed layer which is at least partially relaxed and has a plurality of threading dislocations distributed therein, a buffer layer disposed over the relaxed SiGe seed layer, the buffer layer comprising silicon or silicon and germanium, the concentration of germanium in the buffer layer being different from the concentration of germanium in the seed layer at the interface between the seed layer and the buffer layer, the discontinuity in germanium concentration at the interface between the seed layer and the buffer layer ranging from 2% to 50% Ge, and a SiGe relaxed compositionally graded layer disposed over the buffer layer, and having a plurality of threading dislocations distributed across a surface of the semiconductor layer, and a SiGe seed layer which is at least partially relaxed and has a plurality of threading dislocations distributed therein, a buffer layer disposed over the relaxed SiGe seed layer, the buffer layer comprising silicon or silicon and germanium, the concentration of germanium in the buffer layer being different from the concentration of germanium in the seed layer at the interface between the seed layer and the buffer layer, the discontinuity in germanium concentration at the interface between the seed layer and the buffer layer ranging from 2% to 50% Ge, and a SiGe relaxed compositionally graded layer disposed over the buffer layer, and having a plurality of threading dislocations distributed across a surface of the semiconductor layer, and (b) a SiGe cap layer disposed directly over the surface of the SiGe relaxed compositionally graded layer, the cap layer being relaxed,
Flange connection (1, 1', 1") having two flange parts (2, 2`) which are screwed together, wherein at least one of the flange parts (2, 2`) comprises a recess on the side thereof that faces the opposite flange part (2, 2`), wherein a flange gasket (10, 10`) having at least one compensating ring (5, 5`, 5") is arranged between the flange parts (2, 2`), and wherein the respective compensating ring (5, 5`, 5") comprises, in at least one of its surfaces, an annular groove, into which at least one sealing ring is inserted, wherein the at least one compensating ring (5, 5`, 5") abuts an inner side of the recess which is directed to a central axis of the flange connection (1, 1', 1"), characterized in that an electrically-insulating insulating disk is arranged between the flange parts (2, 2`) in the axial orientation of the flange connection (1, 1', 1") and the respective compensating ring (5, 5`, 5") is arranged between the insulating disk and the at least one flange part (2, 2`) comprising the recess, wherein the respective compensating ring (5, 5`, 5"), in the surface thereof that faces away from the insulating disk, comprises the annular groove, into which the at least one sealing ring is inserted.
Element façade having at least one first and one second façade element, which are connected to a structure and to one another via a fastening device, wherein each façade element comprises a circumferential frame, on which at least one filling element is provided, and the fastening device comprises at least two mounting elements, on which the first façade element is held on a structure, wherein at least one mounting element enables a movement of the first façade element along a guide in a first direction, and a coupling element, which is mounted with a first part on the first façade element and with a second part on the second façade element, wherein the coupling element has at least one projection on the first part, which projection is guided between two guide webs on the second part in the first direction, wherein at least one stop is provided on at least one of the parts (4, 5) of the coupling element, which stop limits the movement of the at least one projection between the two guide webs, characterized in that the at least one stop is designed as a bolt which engages through the two guide webs at openings.
Mobile robot having a mobile base element and a torso being arranged on the mobile base element, the torso comprising at least two manipulators, which comprise a proximal base and a distal free end, in which the manipulators with their proximal base are arranged to both sides of the torso and opposite to each other, in which the proximal base of the manipulators is guided in the torso along a linear axis in a displacable manner, and in which the proximal base of the one manipulator and the proximal base of the other manipulator are moveable separately from each other, characterized in that each manipulator is provided with a corresponding compliance control, and in that the mobile robot comprises a force control, which is designed with respect to the linear axis and/or with respect to the mobile base element. in which the proximal base of the manipulators is guided in the torso along a linear axis in a displacable manner, and in which the proximal base of the one manipulator and the proximal base of the other manipulator are moveable separately from each other, characterized in that each manipulator is provided with a corresponding compliance control, and in that the mobile robot comprises a force control, which is designed with respect to the linear axis and/or with respect to the mobile base element.
A mental balance or imbalance estimation system for estimating a level of mental balance or imbalance of a user, the system comprising: a skin conductance sensor for sensing the skin conductance of the user, the skin conductance over time forming a skin conductance trace, and a processing unit for receiving and processing the skin conductance trace formed from a skin conductance over time of the user, wherein the processing unit is configured to determine at least one stimulus response in the skin conductance trace, and to determine an estimated cortisol level trace of the user based on the at least one stimulus response, and to determine the estimated level of mental balance or imbalance of the user based on the estimated cortisol level trace.
A grid for cooking food, in particular for equipping a barbecue; the grid comprising a plate, which has an upper face, configured for being set in contact with the food, and a lower face, configured for facing a heat source; the upper face comprising a plurality of channels parallel to one another and configured for conveying liquids; each channel being separated from the adjacent channel by a partition; the plate comprising a plurality of through openings for enabling the hot air and the combustion smoke produced by the heat source to lap the food; wherein the openings are provided at portions of connection of two adjacent channels with the corresponding partition so as to provide paths for the hot air and combustion smoke that have an inlet on the lower face and two lateral outlets towards two adjacent channels; wherein the openings are provided in the form of slits parallel to the channels, the partitions providing bridges that are parallel to the channels and overlie the slits; wherein the partitions are substantially vertical, characterized in that lateral outlets of the slits are provided in the first bottom vertical stretch of the partitions; and in that the plate is made of a single piece of cast iron.
A method for codebook exchange in a multiple access wireless communication system, comprising: providing for a plurality of preferred precoding matrices; generating a codebook at an access network, wherein the codebook comprises the plurality of preferred precoding matrices; and transmitting the codebook to one or more access terminals, wherein transmitting the codebook further comprises: querying the one or more access terminals to determine an identity of one or more codebooks currently stored at each access terminal; receiving a codebook status response from each of the one or more access terminals indicating the identity of one or more codebooks stored at each of the one or more access terminals; and transmitting the codebook to one or more access terminals if the codebook status response indicates that the codebook is not currently stored at the one or more access terminals. providing for a plurality of preferred precoding matrices; generating a codebook at an access network, wherein the codebook comprises the plurality of preferred precoding matrices; and transmitting the codebook to one or more access terminals, wherein transmitting the codebook further comprises: querying the one or more access terminals to determine an identity of one or more codebooks currently stored at each access terminal; receiving a codebook status response from each of the one or more access terminals indicating the identity of one or more codebooks stored at each of the one or more access terminals; and transmitting the codebook to one or more access terminals if the codebook status response indicates that the codebook is not currently stored at the one or more access terminals. querying the one or more access terminals to determine an identity of one or more codebooks currently stored at each access terminal; receiving a codebook status response from each of the one or more access terminals indicating the identity of one or more codebooks stored at each of the one or more access terminals; and transmitting the codebook to one or more access terminals if the codebook status response indicates that the codebook is not currently stored at the one or more access terminals.
A small boat (100, 200, 300, 400) comprising: a throttle operator through which a throttle opening degree of an engine is controlled; an engine controller that is configured to control the throttle opening degree; and a forward signal output (42, 242, 342, 442) that is configured to output, to the engine controller, an output signal having an output value at which the throttle opening degree increases as an operation amount of the throttle operator increases, and is configured to output, to the engine controller, the output signal having, as an upper limit, a limit output voltage value (Vr) at which the throttle opening degree becomes smaller than that at a maximum output voltage value (V M) at which the throttle opening degree becomes maximum, characterized in that the small boat (100, 200, 300, 400) further comprising a throttle operating device main body (10a, 210a, 310a, 410a) in which the throttle operator and the forward signal output (42, 242, 342, 442) are disposed and being detachable from a boat body. a throttle operator through which a throttle opening degree of an engine is controlled; an engine controller that is configured to control the throttle opening degree; and a forward signal output (42, 242, 342, 442) that is configured to output, to the engine controller, an output signal having an output value at which the throttle opening degree increases as an operation amount of the throttle operator increases, and is configured to output, to the engine controller, the output signal having, as an upper limit, a limit output voltage value (Vr) at which the throttle opening degree becomes smaller than that at a maximum output voltage value (V M) at which the throttle opening degree becomes maximum, characterized in that the small boat (100, 200, 300, 400) further comprising a throttle operating device main body (10a, 210a, 310a, 410a) in which the throttle operator and the forward signal output (42, 242, 342, 442) are disposed and being detachable from a boat body.
A gas turbine engine, comprising: a rotatable shaft; and a cover substantially covering an end of the rotatable shaft, the cover including a passageway fluidly coupled from outside the rotatable shaft to inside the rotatable shaft, the cover further including a fin configured to prevent oil from entering the passageway; characterized in that: the cover includes a wall covering substantially the entire end of the rotatable shaft; wherein: the wall includes an outer surface facing outside the rotatable shaft and an inner surface facing inside the rotatable shaft, and the cover includes a hub projecting from the inner surface of the wall; the hub provides the fin; the passageway is formed in the hub;wherein: the passageway includes an axial section extending along an engine central longitudinal axis from the outer surface to a location within the hub. a cover substantially covering an end of the rotatable shaft, the cover including a passageway fluidly coupled from outside the rotatable shaft to inside the rotatable shaft, the cover further including a fin configured to prevent oil from entering the passageway; characterized in that: the cover includes a wall covering substantially the entire end of the rotatable shaft; wherein: the wall includes an outer surface facing outside the rotatable shaft and an inner surface facing inside the rotatable shaft, and the cover includes a hub projecting from the inner surface of the wall; the hub provides the fin; the wall includes an outer surface facing outside the rotatable shaft and an inner surface facing inside the rotatable shaft, and the cover includes a hub projecting from the inner surface of the wall; the hub provides the fin; the passageway is formed in the hub;wherein: the passageway includes an axial section extending along an engine central longitudinal axis from the outer surface to a location within the hub.
A method for transmitting signals for a device-to-device, D2D, link at a first user equipment, UE, in a wireless communication system, the method comprising: receiving, in a subframe sent by a second UE, a synchronization signal for the D2D link and time index information on a reference subframe wherein the reference subframe is spaced apart from the subframe by the time index information; receiving from the second UE, a subframe bitmap indicating a plurality of subframes for the D2D link; and transmitting D2D link signals on at least one of D2D subframes, the D2D subframes being determined by using the time index information on the reference subframe and the subframe bitmap, wherein subframe indexes corresponding to the subframe bitmap are relative to the time index information on the reference subframe such that the time index information on the reference subframe defines a starting position for the subframe indexes. receiving, in a subframe sent by a second UE, a synchronization signal for the D2D link and time index information on a reference subframe wherein the reference subframe is spaced apart from the subframe by the time index information; receiving from the second UE, a subframe bitmap indicating a plurality of subframes for the D2D link; and transmitting D2D link signals on at least one of D2D subframes, the D2D subframes being determined by using the time index information on the reference subframe and the subframe bitmap, wherein subframe indexes corresponding to the subframe bitmap are relative to the time index information on the reference subframe such that the time index information on the reference subframe defines a starting position for the subframe indexes.
A transmit power control method, applied to a mobile terminal, wherein the method comprises: monitoring whether the mobile terminal has accessed a wireless access point, AP; when the mobile terminal has accessed the AP, detecting a received signal strength indicator, RSSI, of a signal that is sent by the AP and received by the mobile terminal, and detecting a data sending rate at which the mobile terminal sends data to the AP; obtaining a pre-established transmit power relationship table, wherein in the transmit power relationship table, in the case of a same RSSI, each data sending rate is corresponding to multiple preset transmit power values; searching the transmit power relationship table for one preset transmit power corresponding to both the RSSI and the data sending rate, wherein the one preset transmit power is a minimum transmit power and using the minimum transmit power as a first target transmit power; and adjusting a current transmit power of the mobile terminal to the first target transmit power, so that the mobile terminal sends data to the AP according to the first target transmit power. monitoring whether the mobile terminal has accessed a wireless access point, AP; when the mobile terminal has accessed the AP, detecting a received signal strength indicator, RSSI, of a signal that is sent by the AP and received by the mobile terminal, and detecting a data sending rate at which the mobile terminal sends data to the AP; obtaining a pre-established transmit power relationship table, wherein in the transmit power relationship table, in the case of a same RSSI, each data sending rate is corresponding to multiple preset transmit power values; searching the transmit power relationship table for one preset transmit power corresponding to both the RSSI and the data sending rate, wherein the one preset transmit power is a minimum transmit power and using the minimum transmit power as a first target transmit power; and adjusting a current transmit power of the mobile terminal to the first target transmit power, so that the mobile terminal sends data to the AP according to the first target transmit power.