mhurhangee/ep-ind-claims huggingface dataset:
A foldable wheelchair comprising: - a chair assembly comprising a seat assembly, in which a seat frame defines a plane P1, and a backrest assembly, in which a backrest frame defines a plane P2, - a wheel assembly comprising a rear wheel assembly including at least two rear wheels (41a, 41b) in rotation around or defining a first rotation axis, a front wheel assembly including at least two front wheels (42a, 42b) in rotation around or defining a second rotation axis, and a folding frame connected to the rear and front wheel assemblies (41, 42), wherein said folding frame is foldable along a longitudinal direction between an unfolded position and a folded position, said first rotation axis and said second rotation axis being closer in said folded position than in said unfolded position, characterized in that, when the folding frame moves from its unfolded position to its folded position, the second rotation axis moves rearward relative to the chair assembly and the first rotation axis does not move relative to the chair assembly, and in that the folding frame comprises at least two parallel first rear arms, respectively left and right first rear arms (431a, 431b; 431'a, 431'b), and at least two parallel first front arms, respectively left and right first front arms (432a, 432b; 432'a, 432'b), said first rear arms, respectively said first front arms, being pivotally connected at one of their ends to a vertical rear tube connected to the rear wheel assembly, respectively to a vertical front tube connected to the front wheel assembly, and at their other end to a vertical central tube. - a chair assembly comprising a seat assembly, in which a seat frame defines a plane P1, and a backrest assembly, in which a backrest frame defines a plane P2, - a wheel assembly comprising a rear wheel assembly including at least two rear wheels (41a, 41b) in rotation around or defining a first rotation axis, a front wheel assembly including at least two front wheels (42a, 42b) in rotation around or defining a second rotation axis, and a folding frame connected to the rear and front wheel assemblies (41, 42), wherein said folding frame is foldable along a longitudinal direction between an unfolded position and a folded position, said first rotation axis and said second rotation axis being closer in said folded position than in said unfolded position, characterized in that, when the folding frame moves from its unfolded position to its folded position, the second rotation axis moves rearward relative to the chair assembly and the first rotation axis does not move relative to the chair assembly, and in that the folding frame comprises at least two parallel first rear arms, respectively left and right first rear arms (431a, 431b; 431'a, 431'b), and at least two parallel first front arms, respectively left and right first front arms (432a, 432b; 432'a, 432'b), said first rear arms, respectively said first front arms, being pivotally connected at one of their ends to a vertical rear tube connected to the rear wheel assembly, respectively to a vertical front tube connected to the front wheel assembly, and at their other end to a vertical central tube.
A compensation circuit configured for coupling to a voltage source and a reference circuit (30, 32, 41), the compensation circuit (20, 22, 23) comprising: a transient converter (5, 9, 14) for converting a first transient perturbation of a supply voltage (Vs) into a first compensation electrical signal proportional to said first transient perturbation, the voltage source configured for supplying the supply voltage (Vs) to the compensation circuit (20, 22, 23) and the reference circuit (30, 32, 41), and the reference circuit (30, 32, 41) configured to generate a reference signal having a constant reference amplitude, the reference circuit (30, 32, 41) comprising a first circuit node and a reference output (38, 40) electrically coupled to the first circuit node for outputting the reference signal; and an adder (10, 12, 17) coupled to the transient converter (5, 9, 14) for adding the first compensation electrical signal to an electrical signal at the first circuit node, with a first polarity opposite to a disturbance polarity of a disturbance of the electrical signal in response to the first transient perturbation; wherein the compensation circuit is configured to be in a powerless state in absence of the first transient perturbation of the supply voltage. a transient converter (5, 9, 14) for converting a first transient perturbation of a supply voltage (Vs) into a first compensation electrical signal proportional to said first transient perturbation, the voltage source configured for supplying the supply voltage (Vs) to the compensation circuit (20, 22, 23) and the reference circuit (30, 32, 41), and the reference circuit (30, 32, 41) configured to generate a reference signal having a constant reference amplitude, the reference circuit (30, 32, 41) comprising a first circuit node and a reference output (38, 40) electrically coupled to the first circuit node for outputting the reference signal; and an adder (10, 12, 17) coupled to the transient converter (5, 9, 14) for adding the first compensation electrical signal to an electrical signal at the first circuit node, with a first polarity opposite to a disturbance polarity of a disturbance of the electrical signal in response to the first transient perturbation; wherein the compensation circuit is configured to be in a powerless state in absence of the first transient perturbation of the supply voltage.
An electrical circuit assembly for protecting a logic circuit device of this circuit assembly, comprising a supply path for electrically connecting the logic circuit device to a voltage supply and at least one fault-detection unit implemented in the logic circuit device configured as an FPGA or microcontroller for detecting at least one malfunction of the circuit assembly, in particular a malfunction of the logic circuit device, characterised in that an actuatable switch for interrupting the supply path and thus for disconnecting the logic circuit device from the voltage supply is arranged in the supply path, wherein the fault-detection unit, so as to be able to actuate the interruption of the supply path by means of the switch in dependence of the at least one malfunction, is connected to said switch for signal exchange via an actuation path.
A guide system comprising: an information transmission device comprising: voice recognizing means for recognizing a phrase contained in speech represented by a voice signal; information specifying means for specifying an identification information item corresponding to the phrase recognized by the voice recognizing means from a plurality of identification information items corresponding to mutually different phrases; and transmitting means (56, 46) for transmitting the identification information item specified by the information specifying means to a terminal device capable of reproducing a content represented by the identification information item; and a voice guide device, wherein the voice guide device includes at least one of a sound collection device for collecting a sound signal or a storage device in which a sound signal is recorded in advance, and also includes a sound emission device for emitting sound, and the at least one of the sound collection device and the storage device is configured to supply the voice signal to the sound emission device and to the information transmission device. voice recognizing means for recognizing a phrase contained in speech represented by a voice signal; information specifying means for specifying an identification information item corresponding to the phrase recognized by the voice recognizing means from a plurality of identification information items corresponding to mutually different phrases; and transmitting means (56, 46) for transmitting the identification information item specified by the information specifying means to a terminal device capable of reproducing a content represented by the identification information item; and a voice guide device, wherein the voice guide device includes at least one of a sound collection device for collecting a sound signal or a storage device in which a sound signal is recorded in advance, and also includes a sound emission device for emitting sound, and the at least one of the sound collection device and the storage device is configured to supply the voice signal to the sound emission device and to the information transmission device.
Battery module, wherein the battery module has a plurality of accumulators, wherein the battery module has a gas channel, wherein the gas channel has an outlet, characterised in that a catalytic converter is arranged at the outlet of the gas channel, wherein the gas channel has at least one first air supply upstream of the catalytic converter, wherein the first air supply has a closure element, wherein the closure element is held by a holding element in a position closing the first air supply, wherein the holding element has a melting element, wherein the melting element of the holding element is arranged inside the catalytic converter.
An electronic device comprising: a front plate; a display panel disposed in an internal space of the electronic device visible through at least a portion of the front plate; and a camera module disposed in the internal space and including an image sensor disposed close to the display panel, wherein the display panel comprises: a first area having a first pixel density, a second area surrounded by the first area and having a second pixel density lower than the first pixel density, and a third area surrounded by the second area and at least partially overlapping a center of the image sensor when viewing the front plate from above, wherein the third area having a third pixel density lower than the second pixel density; wherein the third area comprises a camera exposure area where an angle of view of a lens of the camera module is substantially formed, wherein the second pixel density of the second area is determined as a proportion of the first pixel density of the first area smaller than 1-(0.1/minimum optical transmittance of a lens of the camera module); wherein when a distance of a virtual straight line from the center of the image sensor to a diagonal corner of the image sensor is defined as 1 F, the second area is an annulus area having 0.5 F as a small radius and 1 F as a large radius a front plate; a display panel disposed in an internal space of the electronic device visible through at least a portion of the front plate; and a camera module disposed in the internal space and including an image sensor disposed close to the display panel, wherein the display panel comprises: a first area having a first pixel density, a second area surrounded by the first area and having a second pixel density lower than the first pixel density, and a third area surrounded by the second area and at least partially overlapping a center of the image sensor when viewing the front plate from above, wherein the third area having a third pixel density lower than the second pixel density; a first area having a first pixel density, a second area surrounded by the first area and having a second pixel density lower than the first pixel density, and a third area surrounded by the second area and at least partially overlapping a center of the image sensor when viewing the front plate from above, wherein the third area having a third pixel density lower than the second pixel density; wherein the third area comprises a camera exposure area where an angle of view of a lens of the camera module is substantially formed, wherein the second pixel density of the second area is determined as a proportion of the first pixel density of the first area smaller than 1-(0.1/minimum optical transmittance of a lens of the camera module); wherein when a distance of a virtual straight line from the center of the image sensor to a diagonal corner of the image sensor is defined as 1 F, the second area is an annulus area having 0.5 F as a small radius and 1 F as a large radius
A method for manufacturing a precursor for a primary preform for optical fibres by means of an internal plasma deposition process, which method comprises the steps of: i) providing a hollow substrate tube; ii) creating a first plasma reaction zone having first reaction conditions in the interior of said hollow substrate tube by means of electromagnetic radiation for effecting the deposition of non-vitrified silica layers on the inner surface of said hollow substrate tube, and subsequently; iii) creating a second plasma reaction zone having second reaction conditions in the interior of said hollow substrate tube by means of electromagnetic radiation for effecting the deposition of vitrified silica layers on the non-vitrified silica layers deposited in step ii); iv) removing the hollow substrate tube from the vitrified silica layers deposited in step iii) and the non-vitrified silica layers deposited in step ii) to obtain a deposited tube. i) providing a hollow substrate tube; ii) creating a first plasma reaction zone having first reaction conditions in the interior of said hollow substrate tube by means of electromagnetic radiation for effecting the deposition of non-vitrified silica layers on the inner surface of said hollow substrate tube, and subsequently; iii) creating a second plasma reaction zone having second reaction conditions in the interior of said hollow substrate tube by means of electromagnetic radiation for effecting the deposition of vitrified silica layers on the non-vitrified silica layers deposited in step ii); iv) removing the hollow substrate tube from the vitrified silica layers deposited in step iii) and the non-vitrified silica layers deposited in step ii) to obtain a deposited tube.
A method for manufacturing a thin-film transistor, comprising: forming a gate electrode, a gate insulating layer, a Cu 2 O semiconductor active layer, a source electrode and a drain electrode on a substrate, wherein forming the Cu 2 O semiconductor active layer comprises: forming the Cu 2 O semiconductor active layer by electrochemical reaction on a Cu metallic material, which comprising placing the substrate provided with a first pattern of the Cu metallic material in water and electrifying the first pattern, whereby the Cu metallic material is subjected to electrolytic reaction with the water to form the Cu 2 O semiconductor material, and the first pattern is formed into the Cu 2 O semiconductor active layer, characterized in that the method further comprises: before the substrate provided with the first pattern is placed in water, forming the first pattern of the Cu metallic material in an active region by a patterning process, a pattern of the source electrode, a pattern of the drain electrode and the first pattern, which are arranged in a same layer, are formed by a single patterning process. forming the Cu 2 O semiconductor active layer by electrochemical reaction on a Cu metallic material, which comprising placing the substrate provided with a first pattern of the Cu metallic material in water and electrifying the first pattern, whereby the Cu metallic material is subjected to electrolytic reaction with the water to form the Cu 2 O semiconductor material, and the first pattern is formed into the Cu 2 O semiconductor active layer, characterized in that the method further comprises: before the substrate provided with the first pattern is placed in water, forming the first pattern of the Cu metallic material in an active region by a patterning process, a pattern of the source electrode, a pattern of the drain electrode and the first pattern, which are arranged in a same layer, are formed by a single patterning process.
A reproduction apparatus capable of executing synchronous reproduction of audio content with a different reproduction apparatus, the reproduction apparatus comprising: an illumination unit; an acquisition unit configured to acquire audio information; a generation unit configured to generate illumination control information associated with the acquired audio information, wherein the generation unit is configured to classify the illumination unit into a plurality of classified illumination units (13a; 13b; 13c; 13d) in accordance with predetermined rules, and to generate the illumination control information in association with classification designation information for designating each of the plurality of classified illumination units, wherein the plurality of classified illumination units (13a; 13b; 13c; 13d) are classified on a basis of installation positions; a transmission unit configured to transmit, to the different reproduction apparatus, synchronization control information that includes the audio information and the illumination control information; a synchronization control unit configured to execute synchronous reproduction of the audio content with the different reproduction apparatus and synchronous control of the illumination unit, on a basis of the synchronization control information. an illumination unit; an acquisition unit configured to acquire audio information; a generation unit configured to generate illumination control information associated with the acquired audio information, wherein the generation unit is configured to classify the illumination unit into a plurality of classified illumination units (13a; 13b; 13c; 13d) in accordance with predetermined rules, and to generate the illumination control information in association with classification designation information for designating each of the plurality of classified illumination units, wherein the plurality of classified illumination units (13a; 13b; 13c; 13d) are classified on a basis of installation positions; a transmission unit configured to transmit, to the different reproduction apparatus, synchronization control information that includes the audio information and the illumination control information; a synchronization control unit configured to execute synchronous reproduction of the audio content with the different reproduction apparatus and synchronous control of the illumination unit, on a basis of the synchronization control information.
A method for pushing a splash screen, comprising: receiving, by a server, identification information sent from a client, wherein the identification information comprises a user identification and a globally unique identifier, GUID, of the client; obtaining, by the server, feature information of the user who uses the client, said feature information being correlated with the identification information from a preset database; and configuring, by the server, a splash screen according to the feature information and sending the splash screen to the client, wherein the splash screen is displayed on a screen of the user equipment next time when the client is opened up; the method further comprises: obtaining, by the server, user behavior data of the client; extracting, by the server, the feature information from the user behavior data, using intelligent mining analysis or statistical analysis; and correlating, by the server, the feature information with the GUID of the client and storing the feature information in the preset database. receiving, by a server, identification information sent from a client, wherein the identification information comprises a user identification and a globally unique identifier, GUID, of the client; obtaining, by the server, feature information of the user who uses the client, said feature information being correlated with the identification information from a preset database; and configuring, by the server, a splash screen according to the feature information and sending the splash screen to the client, wherein the splash screen is displayed on a screen of the user equipment next time when the client is opened up; obtaining, by the server, user behavior data of the client; extracting, by the server, the feature information from the user behavior data, using intelligent mining analysis or statistical analysis; and correlating, by the server, the feature information with the GUID of the client and storing the feature information in the preset database.
Refrigeration appliance, in particular household refrigeration appliance, having a flexible compartment which can be operated at different temperatures selectively as a refrigerator compartment or as a freezer compartment, an evaporator accommodated in an evaporator chamber separated from the compartment, a defrost heater assigned to the evaporator and a fan for driving an air flow between the evaporator chamber and the compartment, wherein a control unit is designed to simultaneously operate the fan and defrost heater in a heat-up mode phase (S8-S12) after increasing a target temperature ( T soll) of the flexible compartment in order to heat up the flexible compartment, characterised in that in a heat-up mode phase (S8-S12) switch-on phases (S8-S10, S13-S15), in which the fan and defrost heater are in operation, alternate with switch-off phases (S15-S13), in which the fan and defrost heater are not in operation.
A method of operating an oven (10, 10a, 10b) with a cooking cavity adapted for receiving removable cooking supports, wherein food products are cooked on said cooking supports according to determined cooking parameters, wherein: - at least one signal is emitted (E1a) from the oven (10, 10a, 10b) in its cooking cavity, - at least one reflected signal is received (E1b) by the oven (10, 10a, 10b) in its cooking cavity, characterized in that: - a value of a characteristic of said received reflected signal is determined (E1c), - the presence or absence of removable cooking supports in the cooking cavity is determined from the determined value, - in the case of the presence of supports, their nature is determined and the cooking parameters are adapted, and - in the case of the absence of supports, the cooking parameters are adapted. - at least one signal is emitted (E1a) from the oven (10, 10a, 10b) in its cooking cavity, - at least one reflected signal is received (E1b) by the oven (10, 10a, 10b) in its cooking cavity, - a value of a characteristic of said received reflected signal is determined (E1c), - the presence or absence of removable cooking supports in the cooking cavity is determined from the determined value, - in the case of the presence of supports, their nature is determined and the cooking parameters are adapted, and - in the case of the absence of supports, the cooking parameters are adapted.