mhurhangee/ep-ind-claims huggingface dataset:
Hotplate device, in particular induction hotplate device, having at least one variable cooktop surface (12a; 12b) and having at least one operator interface (14a; 14b) for inputting and outputting at least one cooktop surface parameter, wherein the cooktop surface parameter is embodied as a heat output density, wherein the operator interface (14a; 14b) is embodied at least substantially in strip form, wherein the operator interface (14a; 14b) is provided to adjust itself, in at least one operating state, to at least one cookware parameter of at least one item of cookware (18a', 18a", 18a'", 18a""; 18b', 18b", 18b'") placed on the variable cooktop surface (12a; 12b), and is provided, in at least one operating state, to generate at least one operating section (24a', 24a", 24a"', 24a"") as a function of the cookware parameter of the item of cookware (18a', 18a", 18a"', 18a""; 18b', 18b", 18b'") placed on the variable cooktop surface (12a; 12b), wherein the operator interface (14a; 14b) is provided to combine components of the operator interface (14a; 14b), namely an input unit and an output unit of the operator interface (14a; 14b) to form an operator section (24a', 24a", 24a"', 24a""), characterised in that the operator interface (14a; 14b) extends across at least substantially an entire cooktop surface longitudinal extension (16a; 16b), namely across more than 70% of the cooktop surface longitudinal extension (16a; 18b) of the variable cooktop surface (12a; 12b), wherein when a projection of the operator interface (14a; 14b) is observed in at least one plane, the operator interface (14a; 14b) has at least one longitudinal extension, the sum of which is more than 5 times as large as a sum of a traverse extension of the operator interface (14a; 14b), and in that in at least one operating state, the operator interface (14a; 14b) is provided to adjust at least one operator section longitudinal extension (20a', 20a", 20a'", 20a""; 20b', 20b", 20b'") of at least one operator section (22a', 22a", 22a'", 22a""; 22b', 22b", 22b"') to at least one item of cookware extension (24a', 24a", 24a"'; 24a""; 24b', 24b", 24b'") of the item of cookware (18a', 18a", 18a"', 18a""; 18b', 18b", 18b'").
A medium for a solid state laser comprising: a material having a surface, the material being a rod, slab or disc; and a dopant distributed in said material, the dopant having a first species at a first valence state and a second species at a second valence state; characterized in that the first and second species are distributed in the material with concentrations that are spatially variant; wherein the first species is nearly uniformly distributed in a central portion of the material and the second species is distributed in second and third portions of the material comprising two end portions (10, 12) of the material that are adjacent to the central portion of the material; and wherein the first species is Yb 3+: YAG and the second species is Yb 2+: YAG. a material having a surface, the material being a rod, slab or disc; and a dopant distributed in said material, the dopant having a first species at a first valence state and a second species at a second valence state; characterized in that the first and second species are distributed in the material with concentrations that are spatially variant; wherein the first species is nearly uniformly distributed in a central portion of the material and the second species is distributed in second and third portions of the material comprising two end portions (10, 12) of the material that are adjacent to the central portion of the material; and wherein the first species is Yb 3+: YAG and the second species is Yb 2+: YAG.
A mobile tyre retreading plant; the mobile tyre retreading plant comprises: a preparation station, in which an old worn tread is mechanically removed from a tyre in order to expose an equatorial surface of a casing of the tyre; a winding station, in which a tread strip (13; 17) is wound about the equatorial surface of the casing; and a curing station, which is provided with at least one curing mold (15; 21; 24) in which the tyre provided with the tread strip (13; 17) is cured; the mobile tyre retreading plant is characterized in comprising: a wagon, inside which are contained the preparation station, the winding station, and the curing station; and a vehicle which supports the wagon for transporting the wagon on the road. a preparation station, in which an old worn tread is mechanically removed from a tyre in order to expose an equatorial surface of a casing of the tyre; a winding station, in which a tread strip (13; 17) is wound about the equatorial surface of the casing; and a curing station, which is provided with at least one curing mold (15; 21; 24) in which the tyre provided with the tread strip (13; 17) is cured; the mobile tyre retreading plant is characterized in comprising: a wagon, inside which are contained the preparation station, the winding station, and the curing station; and a vehicle which supports the wagon for transporting the wagon on the road. a wagon, inside which are contained the preparation station, the winding station, and the curing station; and a vehicle which supports the wagon for transporting the wagon on the road.
Method for treating stony arable soil, a mixture of stony arable soil that is received in the working width as a soil layer being moved along a rising conveyor path into the region of a dividing apparatus arranged at a distance above an arable field and the mixture being displaced along at least one separating path in the region of said dividing apparatus such that, by means of a deflection of parts of the mixture that occurs at least in phases, respective different mixture fractions in the form of coarse, small and fine particles (P, P', P") are sorted out consecutively or simultaneously, in so doing at least the respective coarse particles being displaced in a forward travel direction into a layered arrangement deposited over the arable bed and, above this layered arrangement, a use layer comprising substantially only fine particles (P") being produced as a largely stone-free planting zone, characterised in that, proceeding from a mixture received in the working width, at least one fraction of the sortable particles (P, P', P") is deposited in at least one substantially linear collection zone (6, 6', 6") that extends underneath the use layer such that collection zones (6, 6', 6") located at defined reproducible positions of the arable soil are deposited in a concentrated manner underneath the use layer in the manner of a lattice.
A method to detect an out-of-band signal, the method comprising: receiving an electrical signal comprising an alternating current, 'AC', portion and a direct current, 'DC', portion, wherein the electrical signal is generated based on an optical signal and wherein the AC portion includes modulated out-of-band data carried by the electrical signal; and extracting the AC portion of the electrical signal; characterized by: applying a gain to the extracted AC portion of the electrical signal to generate an amplified signal, wherein an amplitude of the amplified signal is limited to a particular range and varies based on the AC portion of the electrical signal and not based on the DC portion of the electrical signal, wherein the particular range of the amplified signal is centered within a range of signal power levels that an analog-to-digital converter is configured to process; and sampling the amplified signal using the analog-to-digital converter to generate a digital sample that represents the modulated out-of-band data. receiving an electrical signal comprising an alternating current, 'AC', portion and a direct current, 'DC', portion, wherein the electrical signal is generated based on an optical signal and wherein the AC portion includes modulated out-of-band data carried by the electrical signal; and extracting the AC portion of the electrical signal; characterized by: applying a gain to the extracted AC portion of the electrical signal to generate an amplified signal, wherein an amplitude of the amplified signal is limited to a particular range and varies based on the AC portion of the electrical signal and not based on the DC portion of the electrical signal, wherein the particular range of the amplified signal is centered within a range of signal power levels that an analog-to-digital converter is configured to process; and sampling the amplified signal using the analog-to-digital converter to generate a digital sample that represents the modulated out-of-band data. applying a gain to the extracted AC portion of the electrical signal to generate an amplified signal, wherein an amplitude of the amplified signal is limited to a particular range and varies based on the AC portion of the electrical signal and not based on the DC portion of the electrical signal, wherein the particular range of the amplified signal is centered within a range of signal power levels that an analog-to-digital converter is configured to process; and sampling the amplified signal using the analog-to-digital converter to generate a digital sample that represents the modulated out-of-band data.
Equipment for connecting rails (2, 3) and movement of the rails (2, 3), in particular during unloading from a transport truck, comprising: a first coupling device configured such as to engage a portion of a rail; a second coupling device configured such as to engage a portion of a further rail; and at least a connecting element suitable for constraining the first coupling device to the second coupling device, characterised in that at least the first coupling device exhibits a guide system comprising for example a seating at least partially complementarily shaped to a transversal section of the rail, the guide system being configured such as to enable a sliding of the first coupling device with respect to the rail from an end to another end thereof, and in that it further comprises a blocking system of the first coupling device to the rail, the system being active such as to block the first coupling device to the rail at least when the first coupling device is in proximity of a free end of the rail, the system enabling sliding of the first coupling device on the rail into the other relative coupling positions. a first coupling device configured such as to engage a portion of a rail; a second coupling device configured such as to engage a portion of a further rail; and at least a connecting element suitable for constraining the first coupling device to the second coupling device, characterised in that at least the first coupling device exhibits a guide system comprising for example a seating at least partially complementarily shaped to a transversal section of the rail, the guide system being configured such as to enable a sliding of the first coupling device with respect to the rail from an end to another end thereof, and in that it further comprises a blocking system of the first coupling device to the rail, the system being active such as to block the first coupling device to the rail at least when the first coupling device is in proximity of a free end of the rail, the system enabling sliding of the first coupling device on the rail into the other relative coupling positions.
A terminal apparatus comprising: input keys (120, 121) configured to detect pressing conducted thereon respectively; key backlights each of which emits a plurality of colors of light to shine, each corresponding to one of the input keys; and a backlight controller configured to control the plurality of colors of light independently for each of the key backlights, wherein, when an input key out of the input keys detects pressing thereon, the backlight controller causes the key backlights corresponding to the input key detecting the pressing and its surrounding keys to emit light of a first color, and changes an emission color of the key backlights corresponding to the input key detecting the pressing and the surrounding keys from the first color to a second color when a pressing period for which the pressing on the input key is continuously detected becomes a predetermined time period. input keys (120, 121) configured to detect pressing conducted thereon respectively; key backlights each of which emits a plurality of colors of light to shine, each corresponding to one of the input keys; and a backlight controller configured to control the plurality of colors of light independently for each of the key backlights, wherein, when an input key out of the input keys detects pressing thereon, the backlight controller causes the key backlights corresponding to the input key detecting the pressing and its surrounding keys to emit light of a first color, and changes an emission color of the key backlights corresponding to the input key detecting the pressing and the surrounding keys from the first color to a second color when a pressing period for which the pressing on the input key is continuously detected becomes a predetermined time period.
A work machine comprising: a main body unit including a work unit configured to perform a given task; a travel motor configured to generate a rotational driving force for causing the main body unit to travel, and a work motor provided for the work unit and configured to generate a rotational driving force for providing a motive power for performing the given task, a travel operation unit configured to provide information concerning a rotational speed of the travel motor; and a control unit configured to change the rotational speed of the travel motor indicated by the travel operation unit according to variation in a load on the work unit, characterized in that the control unit increases a rotational speed of the work motor based on an increase in the load. a main body unit including a work unit configured to perform a given task; a travel motor configured to generate a rotational driving force for causing the main body unit to travel, and a work motor provided for the work unit and configured to generate a rotational driving force for providing a motive power for performing the given task, a travel operation unit configured to provide information concerning a rotational speed of the travel motor; and a control unit configured to change the rotational speed of the travel motor indicated by the travel operation unit according to variation in a load on the work unit, characterized in that the control unit increases a rotational speed of the work motor based on an increase in the load.
A roller blind arrangement for a motor vehicle, the roller blind arrangement comprising a roller blind web which has a guiding tape (28A, 28B) at each of its lateral edges on either side of a longitudinal centre plane of the roller blind, a winding shaft onto which the roller blind web can be wound or from which the roller blind web can be unwound and which comprises a flexible hollow tube arrangement penetrated by a vehicle-attached mounting beam and comprising a flexible middle tube which is provided with a bearing bush (36A, 36B) in a co-rotating manner on each of its two ends, one of the guiding tapes (28A, 28B) of the roller blind web being attached to each bearing bush (36A, 36B), characterised in that at least one of the bearing bushes (36A, 36B) can shift relative to the middle tube in the longitudinal direction of the hollow tube.
A clamping fitting for a glass element, including a first and a second clamping plate, which retain the glass element in the area of a frontal edge in a clamping manner, and an insert for linking to a door closer, a door drive or a roller carriage, wherein the clamping plates (2, 3, 21, 22, 23, 24, 32), at least at one surrounding edge, include at least one edge folding (17 a to d), wherein the clamping plates (2, 3, 21, 22) at a long edge include at least one recess (30, 31), characterized in that the recess at the clamping plates (2, 3) is configured as an angle, in an L-shaped form, in a C-shaped form, in a square or round form, and in that the angle is connectable to the insert for linking to a door closer, a door drive or roller carriage, wherein the insert is configured V-shaped, as an angle, in an L-shaped form, in a C-shaped form, in a square or round form, and the insert has an oblong slot, which positively cooperates with the tenon of a floor door closer.
A closure (110; 910) comprising a base (112; 912) and a lid (114; 914), the base and lid being joined by a hinge arrangement so that the lid is movable between a closed position and an open position, the hinge arrangement comprising a main hinge (180, 182; 980, 982), an auxiliary hinge (195; 995), wherein the main hinge and the auxiliary hinge are generally parallel, and an intermediate hinge panel (184; 984) which links the hinges, the main hinge being connected to the base and the hinge panel, and the auxiliary hinge being connected to the lid and the hinge panel, characterised in that the hinge panel has a generally truncated triangular shape and the lateral extent of the main hinge is greater than the lateral extent of the auxiliary hinge.
A vehicle-mounted first mobile radio receiver comprising a tuner front-end section, an inter-vehicle communication port for communicating with a second mobile radio receiver located within a maximum pre-determined distance from the first mobile radio receiver, and for receiving a set of tuner front-end section parameters from the second mobile radio receiver, and a data processing unit being operably connected with the tuner front-end section, and with the inter-vehicle communication port, the first mobile radio receiver having an operational mode, a parameter reception mode, and a tuner parameter application mode, - wherein in the operational mode, the tuner front-end section operates according to one set of tuner front-end section parameters, - wherein in the parameter reception mode, the inter-vehicle communication port receives a set of tuner front-end section parameters for a particular location from the second mobile radio receiver, and - wherein in the parameter application mode, the data processing unit updates the tuner front-end section with the set of tuner front-end section parameters received from the second mobile radio receiver, when in an area that is associated with the received set of tuner front-end section parameters. a tuner front-end section, an inter-vehicle communication port for communicating with a second mobile radio receiver located within a maximum pre-determined distance from the first mobile radio receiver, and for receiving a set of tuner front-end section parameters from the second mobile radio receiver, and a data processing unit being operably connected with the tuner front-end section, and with the inter-vehicle communication port, the first mobile radio receiver having an operational mode, a parameter reception mode, and a tuner parameter application mode, - wherein in the operational mode, the tuner front-end section operates according to one set of tuner front-end section parameters, - wherein in the parameter reception mode, the inter-vehicle communication port receives a set of tuner front-end section parameters for a particular location from the second mobile radio receiver, and - wherein in the parameter application mode, the data processing unit updates the tuner front-end section with the set of tuner front-end section parameters received from the second mobile radio receiver, when in an area that is associated with the received set of tuner front-end section parameters. - wherein in the operational mode, the tuner front-end section operates according to one set of tuner front-end section parameters, - wherein in the parameter reception mode, the inter-vehicle communication port receives a set of tuner front-end section parameters for a particular location from the second mobile radio receiver, and - wherein in the parameter application mode, the data processing unit updates the tuner front-end section with the set of tuner front-end section parameters received from the second mobile radio receiver, when in an area that is associated with the received set of tuner front-end section parameters.
A method of removing acid compounds contained in a gaseous effluent, wherein an acid compound absorption step is carried out by contacting the gaseous effluent with an absorbent solution comprising: - water, - at least one nitrogen compound with general formula as follows: wherein: radicals R1, R2, R3 are each selected indiscriminately among a methyl radical and a hydroxyethyl radical, and at least one radical among R 1, R 2, R 3 is a methyl radical. - water, - at least one nitrogen compound with general formula as follows: wherein: radicals R1, R2, R3 are each selected indiscriminately among a methyl radical and a hydroxyethyl radical, and at least one radical among R 1, R 2, R 3 is a methyl radical. radicals R1, R2, R3 are each selected indiscriminately among a methyl radical and a hydroxyethyl radical, and at least one radical among R 1, R 2, R 3 is a methyl radical.
An apparatus, the apparatus comprising: an insulating substrate; at least two charge collectors (102, 103) spaced apart on the substrate surface; a proton-generating electrode layer comprising graphene oxide and configured to generate proton charge carriers; a proton-accepting electrode layer comprising reduced graphene oxide and configured to accept the generated proton charge carriers, and each of the proton-generating electrode layer and proton-accepting electrode layer are configured to be electrically connected to a different one of the respective charge collectors (102, 103), and to overlap in a junction region such that the charge carriers of the layers (104, 105) can be transferred between the proton-generating and proton-accepting electrode layers to thereby generate a voltage; wherein the insulating substrate comprises paper. an insulating substrate; at least two charge collectors (102, 103) spaced apart on the substrate surface; a proton-generating electrode layer comprising graphene oxide and configured to generate proton charge carriers; a proton-accepting electrode layer comprising reduced graphene oxide and configured to accept the generated proton charge carriers, and each of the proton-generating electrode layer and proton-accepting electrode layer are configured to be electrically connected to a different one of the respective charge collectors (102, 103), and to overlap in a junction region such that the charge carriers of the layers (104, 105) can be transferred between the proton-generating and proton-accepting electrode layers to thereby generate a voltage; wherein the insulating substrate comprises paper.