mhurhangee/ep-ind-claims huggingface dataset:
A speaker assembly, comprising: an enclosure arranged to receive at least one speaker therein, the enclosure having two side panels, wherein each side panel includes a recess; and a speaker grille arranged to be mounted on the enclosure, the speaker grille including a front portion capable of sound transmission; and planar side portions extending from the front portion, each side portion including an edge and a planar projection that extends beyond the edge in a plane of the side portion, characterized in that the projections are received in the recesses so as to be unobscured by the enclosure and each side portion is capable of sound transmission. an enclosure arranged to receive at least one speaker therein, the enclosure having two side panels, wherein each side panel includes a recess; and a speaker grille arranged to be mounted on the enclosure, the speaker grille including a front portion capable of sound transmission; and planar side portions extending from the front portion, each side portion including an edge and a planar projection that extends beyond the edge in a plane of the side portion, characterized in that the projections are received in the recesses so as to be unobscured by the enclosure and each side portion is capable of sound transmission.
A valve assembly, comprising: a valve plate having an inlet hole through which working fluid passes, a first discharge hole through which the working fluid passes, and a second discharge hole through which the working fluid from the first discharge hole passes,; a discharge valve at or in the valve plate configured to open and/or close the first discharge hole; a valve sheet having a first hole communicating with the first discharge hole and a second hole at an outlet of the passage; and a vacuum valve in the valve sheet configured to open and/or close the inlet hole of the valve plate, characterized in that the valve plate further comprises a passage through which the working fluid from the second discharge hole flows. a valve plate having an inlet hole through which working fluid passes, a first discharge hole through which the working fluid passes, and a second discharge hole through which the working fluid from the first discharge hole passes,; a discharge valve at or in the valve plate configured to open and/or close the first discharge hole; a valve sheet having a first hole communicating with the first discharge hole and a second hole at an outlet of the passage; and a vacuum valve in the valve sheet configured to open and/or close the inlet hole of the valve plate, characterized in that the valve plate further comprises a passage through which the working fluid from the second discharge hole flows.
A method of determining the absolute amount of a target polypeptide in a sample, said method comprising the following steps: (a) adding (aa) a fusion polypeptide to said sample, said fusion polypeptide comprising (i) at least one tag sequence and (ii) a subsequence of the target polypeptide; and (ab) a known absolute amount of a tag polypeptide comprising or consisting of said tag sequence according to (aa) to said sample, wherein said fusion polypeptide on the one hand is mass-altered as compared to said target polypeptide and said tag polypeptide on the other hand, for example, said fusion polypeptide on the one hand and said target polypeptide and said tag polypeptide on the other hand are differently isotope labeled; (b) performing proteolytic digestion of the mixture obtained in step (a); (c) subjecting the result of proteolytic digestion of step (b), optionally after chromatography, to mass spectrometric analysis; and (d) determining the absolute amount of said target polypeptide from (i) the peak intensities in the mass spectrum acquired in step (c) of said fusion polypeptide, said tag polypeptide and said target polypeptide and (ii) said known absolute amount of said tag polypeptide. (a) adding (aa) a fusion polypeptide to said sample, said fusion polypeptide comprising (i) at least one tag sequence and (ii) a subsequence of the target polypeptide; and (ab) a known absolute amount of a tag polypeptide comprising or consisting of said tag sequence according to (aa) to said sample, wherein said fusion polypeptide on the one hand is mass-altered as compared to said target polypeptide and said tag polypeptide on the other hand, for example, said fusion polypeptide on the one hand and said target polypeptide and said tag polypeptide on the other hand are differently isotope labeled; (aa) a fusion polypeptide to said sample, said fusion polypeptide comprising (i) at least one tag sequence and (ii) a subsequence of the target polypeptide; and (ab) a known absolute amount of a tag polypeptide comprising or consisting of said tag sequence according to (aa) (b) performing proteolytic digestion of the mixture obtained in step (a); (c) subjecting the result of proteolytic digestion of step (b), optionally after chromatography, to mass spectrometric analysis; and (d) determining the absolute amount of said target polypeptide from (i) the peak intensities in the mass spectrum acquired in step (c) of said fusion polypeptide, said tag polypeptide and said target polypeptide and (ii) said known absolute amount of said tag polypeptide.
Refrigeration storage rack being open to the front side, for displaying goods on sale, including a cooling unit and a goods display portion, the refrigeration storage rack comprising several layers of shelf boards arranged above each other for placing the goods on sale thereon, each of the shelf boards being formed by a respective support having a sandwich design comprising two outer plastic structural sheets (5, 6) and an inner layer of foam, said inner layer of foam being fixedly attached to the two outer plastic structural sheets (5, 6); wherein the cooling unit comprises a compressor, a condenser, an evaporator and a coolant flowing therethrough; and wherein the compressor and the condenser are located below the lowest support, and the lowest support is configured to insulate the goods display portion against the compressor and the condenser.
Household robot, in particular an automatically movable cleaning robot for a floor area, - having a housing, - having a running gear which is arranged on the underside of the housing, - having a sensor system for detecting the area surrounding the housing and - having a control for automatically controlling the running gear, - wherein detection means for detecting a sub-area of the floor area which has been soiled by excrement from a living being are provided, and - wherein the control means change the operating mode of the household robot in dependency of an output signal from the detection means, characterized in - that the control means control the running gear in order to at least partly prevent the soiled sub-area from being driven over,. - in that the detection means have at least one infrared camera for recording a thermal image of the surroundings of the housing, - in that evaluation means are provided for evaluating the thermal image, and - in that the control means then at least partly prevents the soiled sub-area from being driven over and cleaned if at least one sub-area of the thermal image has a predefined difference in temperature to the further surroundings. - having a housing, - having a running gear which is arranged on the underside of the housing, - having a sensor system for detecting the area surrounding the housing and - having a control for automatically controlling the running gear, - wherein detection means for detecting a sub-area of the floor area which has been soiled by excrement from a living being are provided, and - wherein the control means change the operating mode of the household robot in dependency of an output signal from the detection means, characterized in - that the control means control the running gear in order to at least partly prevent the soiled sub-area from being driven over,. - in that the detection means have at least one infrared camera for recording a thermal image of the surroundings of the housing, - in that evaluation means are provided for evaluating the thermal image, and - in that the control means then at least partly prevents the soiled sub-area from being driven over and cleaned if at least one sub-area of the thermal image has a predefined difference in temperature to the further surroundings.
Hydraulic circuit for an agricultural vehicle comprising a pump carried by a torque source to provide oil to a primary conduit and to a secondary conduit, said primary conduit being configured to be fluidly connected to essential operative system hydraulic circuits of said vehicle and said secondary conduit being configured to be fluidly connected to other operative systems hydraulic circuits of said vehicle, said other operative systems hydraulic circuits comprising a hitch control hydraulic circuit and at least one auxiliary valve hydraulic circuit respectively connected by conduits (11, 12) to said secondary conduit, wherein said hydraulic circuit comprises sensor means (13, 14) configured to be interposed on said conduits (11, 12) and configured to detect oil characteristics of the oil flow flowing into said conduits (11, 12), said hydraulic circuit being provided by an electronic control unit electrically connected to said sensor means (13, 14) and to said torque source and comprising elaboration means configured to acquire the data detected by said sensor means (13, 14) and, in function of said acquired data to control said oil flow demand of said other operative systems hydraulic circuits and execute at least one between i) provide a warning signal and ii) control said torque source, the hydraulic circuit is characterized in that said electronic control unit is electrically connected to user control means configured to allow the user to control the oil flow priority between said hitch control hydraulic circuit and at least one auxiliary valve hydraulic circuit. said primary conduit being configured to be fluidly connected to essential operative system hydraulic circuits of said vehicle and said secondary conduit being configured to be fluidly connected to other operative systems hydraulic circuits of said vehicle, said other operative systems hydraulic circuits comprising a hitch control hydraulic circuit and at least one auxiliary valve hydraulic circuit respectively connected by conduits (11, 12) to said secondary conduit, wherein said hydraulic circuit comprises sensor means (13, 14) configured to be interposed on said conduits (11, 12) and configured to detect oil characteristics of the oil flow flowing into said conduits (11, 12), said hydraulic circuit being provided by an electronic control unit electrically connected to said sensor means (13, 14) and to said torque source and comprising elaboration means configured to acquire the data detected by said sensor means (13, 14) and, in function of said acquired data to control said oil flow demand of said other operative systems hydraulic circuits and execute at least one between i) provide a warning signal and ii) control said torque source, the hydraulic circuit is characterized in that said electronic control unit is electrically connected to user control means configured to allow the user to control the oil flow priority between said hitch control hydraulic circuit and at least one auxiliary valve hydraulic circuit.
A controller for a brushless motor, the controller comprising a processor, a first timer, a second timer, a compare register, a comparator, an input, and one or more outputs, characterised in that the controller is programmed such that: the processor starts the first timer in response to a signal at the input; the first timer generates an interrupt after a first period; the processor generates a first control signal at the outputs in response to the interrupt; the processor loads the compare register and starts the second timer in response to one of the input signal and the interrupt; and the comparator compares the second timer and the compare register and generates a second control signal at the outputs when the second timer and the compare register correspond.
Electrical module arrangement with a bus system and electrical modules, which are arranged in rows on one another in a lining-up direction, on an assembly base, especially a mounting rail, wherein the electrical modules each exhibit an electronic housing with a recess, in which at least one printed circuit board is placed, wherein the bus system comprises busbars running outside the electronic housing, wherein at least one busbar is able to be electrically connected via a plug-in arrangement with the printed circuit board of an electrical module, wherein a. the plug-in arrangement comprises a friction spring and is able to be reversibly inserted into this by insertion from without in an insertion direction through the recess of the electronic housing, so that the friction spring is electrically connected with the printed circuit board, b. the busbar can be inserted from without into the plug-in arrangement, so that it makes electrical contact with the friction spring, c. the friction spring exhibits two or three contact areas (11, 12) and is configured as a double tulip or triple tulip, especially S shaped or W shaped, d. the first contact area is configured as a first S bend to admit the busbar and the second contact area is configured as a second S bend to admit a contact device, which makes electrical contact with the printed circuit board, or that the first and the third contact area (1001, 1003) are each configured as S bends to admit a first and a second busbar (5001, 5002) and the second contact area is configured as a second S bend to admit a contact device which makes electrical contact with the printed circuit board, e. wherein the contact device is configured to be at least partially plate-shaped. a. the plug-in arrangement comprises a friction spring and is able to be reversibly inserted into this by insertion from without in an insertion direction through the recess of the electronic housing, so that the friction spring is electrically connected with the printed circuit board, b. the busbar can be inserted from without into the plug-in arrangement, so that it makes electrical contact with the friction spring, c. the friction spring exhibits two or three contact areas (11, 12) and is configured as a double tulip or triple tulip, especially S shaped or W shaped, d. the first contact area is configured as a first S bend to admit the busbar and the second contact area is configured as a second S bend to admit a contact device, which makes electrical contact with the printed circuit board, or that the first and the third contact area (1001, 1003) are each configured as S bends to admit a first and a second busbar (5001, 5002) and the second contact area is configured as a second S bend to admit a contact device which makes electrical contact with the printed circuit board, e. wherein the contact device is configured to be at least partially plate-shaped.
A non-electrical device for replacing a current sensor in a switching chamber of a load interrupter, this non-electrical device comprising first and second half-casings (41, 42) which: - are made of plastic, - are securely joined together, - define an axis along which a passage for an electrical conductor passes through the first and second half-casings, the passage being substantially centred on the axis, and - delimit between them an internal volume, which is separate from the passage and surrounds the passage all around the axis, wherein the first half-casing incorporates, by moulding, mechanical reinforcement elements which extend substantially parallel to the axis in the internal volume until they are in contact with the second half-casing. - are made of plastic, - are securely joined together, - define an axis along which a passage for an electrical conductor passes through the first and second half-casings, the passage being substantially centred on the axis, and - delimit between them an internal volume, which is separate from the passage and surrounds the passage all around the axis,
A method for compensating a clutch torque of a separating clutch taking into account the rotational speed of an electric machine of a hybrid drive for a motor vehicle, the separating clutch being provided between an internal combustion engine and the electric machine and an actuator being associated with the separating clutch for actuating same, characterised by the following steps: • that a calibration function which maps a factor as a function of the rotational speed of the electric machine is stored in a memory of an open-loop and closed-loop control device; • that a corresponding clutch torque of the separating clutch is required in driving mode, and a disengagement path is calculated using the calibration function and set on the actuator; and • that, depending on the rotational speed of the electric machine, a factor is calculated that internally increases or decreases the required clutch torque. • that a calibration function which maps a factor as a function of the rotational speed of the electric machine is stored in a memory of an open-loop and closed-loop control device; • that a corresponding clutch torque of the separating clutch is required in driving mode, and a disengagement path is calculated using the calibration function and set on the actuator; and • that, depending on the rotational speed of the electric machine, a factor is calculated that internally increases or decreases the required clutch torque.
A method of preparing a trace element solution comprising zinc, manganese, selenium, and copper and comprising a concentration of the metals of at least 90 mg/ml, said method consisting essentially of the steps of: (a) heating water; (b) adding manganese carbonate to the water; (c) adding zinc oxide to the water; (d) adding copper carbonate to the water to form a liquid mixture; (e) adding a dry mixture comprising EDTA and/or EDDS and NaOH to the liquid mixture; and (f) adding Na 2 SeO 3 to form the trace element solution. (a) heating water; (b) adding manganese carbonate to the water; (c) adding zinc oxide to the water; (d) adding copper carbonate to the water to form a liquid mixture; (e) adding a dry mixture comprising EDTA and/or EDDS and NaOH to the liquid mixture; and (f) adding Na 2 SeO 3 to form the trace element solution.
A plurality of stacked, interconnected wet wipes that collectively define a stack, the stack having a right end, a left end, a transverse direction extending between the right end and the left end, a longitudinal direction perpendicular to the transverse direction, and a longitudinal centerline extending in the longitudinal direction and positioned midway between the right and left ends, the stack defining a right side transversely between the longitudinal centerline and the right end and defining a left side transversely between the longitudinal centerline and the left end, wherein each wipe is connected to at least one other wipe on only one of the right side and the left side of the stack via a connection; and wherein immediately successive connections in a stacked direction are on the same side of the stack.
Refrigeration appliance, in particular a household refrigeration appliance, comprising a body and a closure element, which jointly delimit a storage chamber, and comprising a seal which is arranged between the body and the closure element and which is at least partly arranged in a seal receptacle, said seal receptacle having a passage section for bypassing the seal, wherein the passage section has at least two passage channels (17a-17d; 47a-47c), wherein the passage section enables an exchange of air between the storage chamber and the surroundings when the closure element is closed, characterised in that a seal stop (20a-20c; 48a-48c) is arranged in the passage section, said seal stop being in contact with a section (30, 45) of the seal in at least one operating state of the seal, wherein the section of the seal in contact with the seal stop (20a-20c; 48a-48c) is formed entirely or partly by a sealing foot.
A graded index multimode optical fiber comprising: (a) a core comprising silica doped with germania and at least one co-dopant, c-d, the co-dopant comprising one of P 2 O 5 or B 2 O 3, the core extending from a centerline at r = 0 to an outermost core radius, r 1 and having a dual alpha, α 1 and α 2; (b) an inner cladding surrounding and in contact with the core; (c) an outer cladding surrounding and in contact with the inner cladding, at least one region of the inner cladding having a lower refractive index than the outer cladding and being off-set from said core; and the germania is disposed in the core with a germania dopant concentration profile, C Ge (r), and the core has a center germania concentration at the centerline, C Ge1, greater than or equal to 0, and an outermost germania concentration C Ge2, at r 1, wherein C Ge2, is greater than or equal to 0; and wherein the co-dopant is disposed in the core with a co-dopant concentration profile, C c-d (r), and the core has a center co-dopant concentration at the centerline, C c-d1, greater than or equal to 0, and an outermost co-dopant concentration C c-d2, at r 1, wherein C c-d2 is greater than or equal to 0; and C Ge r = C Ge 1 − C Ge 1 − C Ge 2 1 − x 1 r α 1 − C Ge 1 − C Ge 2 x 1 r α 2; C c − d r = C c − d 1 − C c − d 1 − C c − d 2 x 2 r α 1 − C c − d 1 − C c − d 2 1 − x 2 r α 2; 1.8 < α 1 < 2.4; 1.8 < α 2 < 3.1; and − 10 < x 1 < 10 and − 10 < x 2 < 10. (a) a core comprising silica doped with germania and at least one co-dopant, c-d, the co-dopant comprising one of P 2 O 5 or B 2 O 3, the core extending from a centerline at r = 0 to an outermost core radius, r 1 and having a dual alpha, α 1 and α 2; (b) an inner cladding surrounding and in contact with the core; (c) an outer cladding surrounding and in contact with the inner cladding, at least one region of the inner cladding having a lower refractive index than the outer cladding and being off-set from said core; and
Arrangement for optically detecting an illuminated specimen, wherein the illumination light is incident on the specimen through an objective lens with spatial structuring in at least one plane and a plurality of images of the specimen are recorded by means of a detector with different positions of the structure on the specimen, an optical sectional image and/or an image with an increased resolution being calculated from said images, characterized in that arranged in a pupil of the objective lens, or in the vicinity thereof, or in a plane conjugate thereto, are means for producing a light distribution in the pupil, or in the vicinity thereof, said light distribution producing a structured illumination effect on the specimen, wherein the light distribution is formed by outputs of fibre optical units, the fibre outputs have a microstructure and the phase angle of the structuring is variable by means for changing the phase of the light emerging from the fibres.