mhurhangee/ep-ind-claims huggingface dataset:
A non-contact wireless communication apparatus which receives a power supply from an external device by inductive coupling in a non-contact manner, to transmit/receive a signal with the external device, the non-contact wireless communication apparatus comprising: a non-contact wireless communication antenna; a resonance capacitor, connected in parallel with the non-contact wireless communication antenna, for obtaining a predetermined resonance frequency with the non-contact wireless communication antenna; resonance frequency adjustment means for changing a resonance capacitance of the resonance capacitor to adjust the resonance frequency; capacitance change amount control means for controlling an amount of change in resonance capacitance of the resonance capacitor in the resonance frequency adjustment means; resonance frequency shift means for shifting the resonance frequency of the non-contact wireless communication antenna; and on/off control means for performing on/off control of the resonance frequency shift means in accordance with the amount of change in the resonance capacitance of the resonance capacitor by the capacitance variation control means wherein the resonance frequency shift means shifts the resonance frequency of the non-contact wireless communication antenna to the predetermined frequency. a non-contact wireless communication antenna; a resonance capacitor, connected in parallel with the non-contact wireless communication antenna, for obtaining a predetermined resonance frequency with the non-contact wireless communication antenna; resonance frequency adjustment means for changing a resonance capacitance of the resonance capacitor to adjust the resonance frequency; capacitance change amount control means for controlling an amount of change in resonance capacitance of the resonance capacitor in the resonance frequency adjustment means; resonance frequency shift means for shifting the resonance frequency of the non-contact wireless communication antenna; and on/off control means for performing on/off control of the resonance frequency shift means in accordance with the amount of change in the resonance capacitance of the resonance capacitor by the capacitance variation control means wherein the resonance frequency shift means shifts the resonance frequency of the non-contact wireless communication antenna to the predetermined frequency.
Panel railing (10, 10.6) - having a dimensionally stable U-profile, between the two limbs (24, 26) of which the base region of a panel, such as, in particular, the glass pane of a railing, can be held such that it is clamped in, - having spacer members (54, 70, 70.6) in the opening region of the U-profile in each case between the panel and a limb (24, 26) of the U-profile, - at least one of the spacer members (70, 70.6) being configured in two pieces, - characterized in that, - in the upper, free edge region of at least one of the limbs (24, 26) of the U-profile, there is a holding device (50, 52) for a spacer member (54, 70, 70.6) which is present on the said limb (24, 26), such that the relevant spacer member (54, 70, 70.6) can be held at its predefined spacing from the base of the U-profile by way of the holding device (50, 52), - the first part (72, 72.6) of the spacer member (70, 70.6), which first part (72, 72.6) is positioned on the holding device, has a downwardly increasing wall thickness, and - the second part (76, 76.6) of the spacer member (70, 70.6) is of wedge-shaped or rod-shaped configuration and is positioned between the first part (72, 72.6) of the spacer member (70, 70.6) and the glass pane. - having a dimensionally stable U-profile, between the two limbs (24, 26) of which the base region of a panel, such as, in particular, the glass pane of a railing, can be held such that it is clamped in, - having spacer members (54, 70, 70.6) in the opening region of the U-profile in each case between the panel and a limb (24, 26) of the U-profile, - at least one of the spacer members (70, 70.6) being configured in two pieces, - characterized in that, - in the upper, free edge region of at least one of the limbs (24, 26) of the U-profile, there is a holding device (50, 52) for a spacer member (54, 70, 70.6) which is present on the said limb (24, 26), such that the relevant spacer member (54, 70, 70.6) can be held at its predefined spacing from the base of the U-profile by way of the holding device (50, 52), - the first part (72, 72.6) of the spacer member (70, 70.6), which first part (72, 72.6) is positioned on the holding device, has a downwardly increasing wall thickness, and - the second part (76, 76.6) of the spacer member (70, 70.6) is of wedge-shaped or rod-shaped configuration and is positioned between the first part (72, 72.6) of the spacer member (70, 70.6) and the glass pane.
A physiologically active substance collecting device, comprising: a collecting section configured to be brought into contact with a body surface of a living organism to acquire a physiologically active substance from the body surface; and a liquid sending means (2; 21; 22) for sending a solvent to the collecting section via an inlet, the collecting section having an aperture at which the solvent sent from the liquid sending means flows when the device is in use to contact the body surface, wherein the device is characterised by an air sending unit (3; 31; 32) configured to send air to the collecting section via the inlet to selectively introduce the solvent and air into the collecting section. a collecting section configured to be brought into contact with a body surface of a living organism to acquire a physiologically active substance from the body surface; and a liquid sending means (2; 21; 22) for sending a solvent to the collecting section via an inlet, the collecting section having an aperture at which the solvent sent from the liquid sending means flows when the device is in use to contact the body surface, wherein the device is characterised by an air sending unit (3; 31; 32) configured to send air to the collecting section via the inlet to selectively introduce the solvent and air into the collecting section.
Method for determining the presence of a peripheral device (23, 26) in a service area of a local area network, said local area network comprising an access gateway to a communication network and at least one relay device (21, 24), the exchanges between said gateway and said at least one relay device being in accordance with a network protocol of UPnP type, said peripheral device and the at least one relay device being able to communicate with other devices via a radio access network of BLE, Bluetooth Low Energy, type, said method comprising the following steps implemented by the gateway as a control point for the local area network: - receiving a notification from at least one of the relay devices connected to the local area network, said notification advertising an offer, by said relay device, of a discovery service over said radio access network; - commanding said relay device, said command requiring the execution of a scan of access frequencies for accessing the radio access network; - receiving, from said at least one relay device, a notification of detection of the peripheral device, sent by the relay device following reception of an advertisement message from the peripheral device on one of said access frequencies for accessing the radio access network, said peripheral device then being identified as present in the service area. - receiving a notification from at least one of the relay devices connected to the local area network, said notification advertising an offer, by said relay device, of a discovery service over said radio access network; - commanding said relay device, said command requiring the execution of a scan of access frequencies for accessing the radio access network; - receiving, from said at least one relay device, a notification of detection of the peripheral device, sent by the relay device following reception of an advertisement message from the peripheral device on one of said access frequencies for accessing the radio access network, said peripheral device then being identified as present in the service area.
A subsea installation comprising a tank containing an insulation fluid or other fluid, a heat generating electric apparatus positioned at least partly within the tank, and a pressure compensator being in fluid communication with the tank and being configured to compensate volume variations of the insulation fluid or the other fluid by performing an expansive and a contracting movement, characterized in that the subsea installation further comprises means for heating the insulation fluid or the other fluid, said means for heating being configured to provide heating to the insulation fluid or the other fluid when the heat generating electric apparatus is in a non-operating state in order to reduce the volume variations of the insulation fluid or the other fluid.
Table leg comprising a device for protecting the table leg, placed around the table leg and comprising one or more inflatable protective elements including a thin and flexible wall, characterised in that the inflatable protective element or elements (10, 20) is/are arranged to wrap the table leg and in that the device moreover comprises a reinforcing sleeve forming a continuous wall around the inflatable protective element or elements, the reinforcing sleeve being made of a material offering a resistance to mechanical and thermal aggressions significantly higher than that of said thin wall of the inflatable element or elements.
A torque sensor comprising: a first casing including a first opening; a second casing including a second opening; a stator including a stator holder disposed inside the first casing and the second casing; and a rotor rotatably disposed in the stator, and wherein the stator includes at least a stator tooth fixed to the stator holder, and a plurality of protrusions, and the plurality of protrusions are formed along a first virtual circle, and a diameter of the first virtual circle is equal to or smaller than that of the first opening, wherein the diameter of the first virtual circle is greater than that of an outer peripheral surface of the rotor, and wherein a diameter of the first opening is greater than that of the second opening and the diameter of the first opening is greater than that of an outer peripheral surface of the rotor, and characterized in that a diameter of an outer peripheral surface of the stator is greater than that of the first opening and the first virtual circle, wherein the protrusions are supported by an inner peripheral surface of the first opening formed in the first casing. a first casing including a first opening; a second casing including a second opening; a stator including a stator holder disposed inside the first casing and the second casing; and a rotor rotatably disposed in the stator, and wherein the stator includes at least a stator tooth fixed to the stator holder, and a plurality of protrusions, and the plurality of protrusions are formed along a first virtual circle, and a diameter of the first virtual circle is equal to or smaller than that of the first opening, wherein the diameter of the first virtual circle is greater than that of an outer peripheral surface of the rotor, and wherein a diameter of the first opening is greater than that of the second opening and the diameter of the first opening is greater than that of an outer peripheral surface of the rotor, and characterized in that a diameter of an outer peripheral surface of the stator is greater than that of the first opening and the first virtual circle, wherein the protrusions are supported by an inner peripheral surface of the first opening formed in the first casing.
A device for locking a movable component belonging to the device, in particular a protective or sliding door arranged in front of a working or access point to be shielded, - with one or two profile rails (3, 4) running parallel to one another, in which the component is guided at one or both sides and which can be adjusted by means of a servo device, - with a locking element that interacts with a guide column running parallel to the profile rails (3, 4) for locking the component, or a locking circuit by means of which the servo device can be deactivated, - and with a contact strip attached to the component which is in a driving active connection with the locking element via mechanical connection elements, or is electrically connected to the locking circuit, in which, a recovery device is arranged between the contact strip and the component, in which case the recovery device is in a driving connection with the contact strip, in which case when the contact strip makes contact with an obstacle protruding into the working or access point the recovery device is activated by means of the resistance of the obstacle, and in which case the contact strip is moved in a linear direction or swivelled in the direction of the component by the recovery device, characterised in that, the recovery device comprises a pull rod and a pre-stressed spring element, preferably a coil compression spring, the preload force of which moves the pull rod out of a fixed position to an end position. - with one or two profile rails (3, 4) running parallel to one another, in which the component is guided at one or both sides and which can be adjusted by means of a servo device, - with a locking element that interacts with a guide column running parallel to the profile rails (3, 4) for locking the component, or a locking circuit by means of which the servo device can be deactivated, - and with a contact strip attached to the component which is in a driving active connection with the locking element via mechanical connection elements, or is electrically connected to the locking circuit,
An electronic unit for providing information about the operation of household appliances, such as food pressure cooking appliances for example, intended to provide the user with information about the operation of at least two different models of household appliances belonging or not to the same line of products, but differing by at least certain of their technical characteristics and hence forming at least one first model and one second model, said unit including: - a universal connection base intended to be indifferently mounted on said at least one first model or said at least one second model, said base including: • at least one first sensor intended to give information about the operation of said first model, • and at least one second sensor intended to give information about the operation of said second model, • an electronic unit for processing signals liable to come from the first and second sensors, - at least two adapter modules forming a first module and a second module, which include respectively first and second dedicated means for assembly with the universal base so that, when the first module is assembled to the universal base and the latter is mounted on the first model, the first sensor is functionally connected to the first model and is adapted to give information about the operation thereof and that, when the second module is assembled to the universal connection base and the latter is mounted on the second model, the second sensor is functionally connected to the second model and is adapted to give information about the operation thereof. - a universal connection base intended to be indifferently mounted on said at least one first model or said at least one second model, said base including: • at least one first sensor intended to give information about the operation of said first model, • and at least one second sensor intended to give information about the operation of said second model, • an electronic unit for processing signals liable to come from the first and second sensors, • at least one first sensor intended to give information about the operation of said first model, • and at least one second sensor intended to give information about the operation of said second model, • an electronic unit for processing signals liable to come from the first and second sensors, - at least two adapter modules forming a first module and a second module, which include respectively first and second dedicated means for assembly with the universal base so that, when the first module is assembled to the universal base and the latter is mounted on the first model, the first sensor is functionally connected to the first model and is adapted to give information about the operation thereof and that, when the second module is assembled to the universal connection base and the latter is mounted on the second model, the second sensor is functionally connected to the second model and is adapted to give information about the operation thereof.
Bicycle component for an at least partially muscle-powered bicycle having at least one freewheel unit comprising a freewheel component, a support unit and at least one spring unit, the freewheel component comprising a tubular body section extending around the central axis and configured hollow, having a non-round outer contour for non-rotatable and axially displaceable coupling, and a front surface with axial engagement components, and wherein the spring unit urges the freewheel component (10, 20) and the support unit apart in the axial direction of the central axis, characterized in that the freewheel component, the support unit and the spring unit form an assembly suitable for pre-assembly, and that the spring unit is attached to the freewheel component and to the support unit.
A device for producing a three-dimensional object by a layer-wise application and selective solidification of a construction material in powder form, having a processing chamber for a layer-wise manufacturing of the object in a swap container and/or on a construction platform (6a, 7), and a device for unpacking the object from the powder surrounding the same that remained unsolidified, wherein the device includes a rotary device which is rotatably disposed and which is capable of receiving the swap container and/or the construction platform (6a, 7) and of rotating the same by an angle of at least 90° from the upright position.
Device for conveying flat workpieces, especially glass panels, whereby a linear conveyor and opposite to that a beam are provided from which a fluid exits, which presses a workpiece that is arranged between the linear conveyor and the beam frictionally against the linear conveyor, characterized in that when standing workpieces are transported, linear conveyors and beams are disposed both in the area of an upper edge and in the area of the lower edge of the workpiece, that underneath the lower linear conveyor and the beam a support, especially a train of rollers, for the workpiece which is transported standingly is provided and that the fluid is a liquid, as water.
A system for estimating an articulation angle of a vehicle combination, the system comprising: a motion sensor for sensing one or more linear and/or angular motion quantities of the vehicle combination; and a dynamics-based estimator configured to estimate state variables including the articulation angle on the basis of the sensed motion quantities, wherein the dynamics-based estimator is dependent on one or more masses and moments of inertia of the vehicle combination. a motion sensor for sensing one or more linear and/or angular motion quantities of the vehicle combination; and a dynamics-based estimator configured to estimate state variables including the articulation angle on the basis of the sensed motion quantities, wherein the dynamics-based estimator is dependent on one or more masses and moments of inertia of the vehicle combination.
An insulin preparation comprising: • an insulin compound, • a nicotinic compound, and • arginine. • an insulin compound, • a nicotinic compound, and • arginine.
A laminate, comprising: a layer which contains a fluorinated copolymer having an adhesive functional group and having monomer units based on tetrafluoroethylene and monomer units based on ethylene, and a layer which contains a propylene polymer having an adhesive functional group different from that of the fluorinated copolymer, wherein the adhesive functional group of the fluorinated copolymer is an acid anhydride group, and wherein the adhesive functional group of the propylene polymer is an imino group or a carbodiimide group. a layer which contains a fluorinated copolymer having an adhesive functional group and having monomer units based on tetrafluoroethylene and monomer units based on ethylene, and a layer which contains a propylene polymer having an adhesive functional group different from that of the fluorinated copolymer, wherein the adhesive functional group of the fluorinated copolymer is an acid anhydride group, and wherein the adhesive functional group of the propylene polymer is an imino group or a carbodiimide group.
A method comprising: aggregating, by a first device, a plurality of data frames into an aggregated data frame for communication in an Outside the Context of a Basic Service Set, OCB, mode; transmitting, from the first device to a second device, an information element set to a value indicating support by the first device for aggregation of data frames in the OCB mode; transmitting, from the first device to the second device, a management or control frame with an indicator of an acknowledged mode for the OCB mode to cause operation in the acknowledged mode for the OCB mode; and transmitting, by the first wireless device to the second wireless device, the aggregated data frame in the OCB mode and in the acknowledged mode aggregating, by a first device, a plurality of data frames into an aggregated data frame for communication in an Outside the Context of a Basic Service Set, OCB, mode; transmitting, from the first device to a second device, an information element set to a value indicating support by the first device for aggregation of data frames in the OCB mode; transmitting, from the first device to the second device, a management or control frame with an indicator of an acknowledged mode for the OCB mode to cause operation in the acknowledged mode for the OCB mode; and transmitting, by the first wireless device to the second wireless device, the aggregated data frame in the OCB mode and in the acknowledged mode
A prosthetic for promoting healing of damaged tissue after an open heart surgery, the prosthetic comprising a fluidically sealing membrane, which includes (a) a substantially-smooth first absorbable layer, (b) a substantially-smooth third absorbable layer, and (c) a porous second layer binding together said first and third layers to provide a scaffold for tissue regeneration, characterized in that the membrane is adapted so that said first and third layers are resorbed into the mammalian body after said second layer is ingrown with tissue forming a fluidically sealed layer of living tissue, wherein said second layer is smaller in area than said first and third layers such that first and third layers are not bound together at the periphery.