mhurhangee/patent-ind-claim-en huggingface dataset:
An agricultural working machine, in particular a harvester, wherein there is provided a drive arrangement having an internal combustion engine and an auxiliary machine , and wherein there is provided at least one power consumer drivable by the drive arrangement , characterised in that the drive arrangement has a closed-loop control device which controls the auxiliary machine in such a way that with a varying power requirement on the part of the at least one power consumer the rotary speed or the torque at a drive output shaft of the internal combustion engine is held at a preset value or value range, wherein the control device controls the auxiliary machine in such a way that the auxiliary machine counteracts an alteration due to a change in load of the rotary speed at the drive output shaft of the internal combustion engine in such a way that upon a drop in the rotary speed at the drive output shaft of the internal combustion engine the auxiliary machine causes an increase in the rotary speed at the drive output shaft of the internal combustion engine and the control device is so configured that it operates the auxiliary machine as an electric generator as soon as the rotary speed at the drive output shaft of the internal combustion engine rises due to a change in load.
A signal processor configured to output a first output signal and a second output signal in response to an input of a first input signal and a second input signal, characterized in that the signal processor is configured: to process the first input signal by a first transfer function, process the second input signal by a second transfer function, and add the two results to obtain the first output signal; to process the first input signal by a third transfer function, to process the second input signal by the first transfer function, and add the two results to obtain the second output signal; wherein the first transfer function, the second transfer function and the third transfer function are expressed respectively by: G 1 s = F s + jω 0 + F s − jω 0 2 G 2 s = ± F s + jω 0 − F s − jω 0 2 ⁢ j G 3 s = ∓ F s + jω 0 − F s − jω 0 2 ⁢ j where F(s) represents a transfer function expressing a predetermined process, ω 0 represents a predetermined angular frequency and j represents an imaginary unit. to process the first input signal by a first transfer function, process the second input signal by a second transfer function, and add the two results to obtain the first output signal; to process the first input signal by a third transfer function, to process the second input signal by the first transfer function, and add the two results to obtain the second output signal; wherein the first transfer function, the second transfer function and the third transfer function are expressed respectively by: G 1 s = F s + jω 0 + F s − jω 0 2 G 2 s = ± F s + jω 0 − F s − jω 0 2 ⁢ j G 3 s = ∓ F s + jω 0 − F s − jω 0 2 ⁢ j where F(s) represents a transfer function expressing a predetermined process, ω 0 represents a predetermined angular frequency and j represents an imaginary unit.
A dust collector for a vacuum cleaner, the dust collector comprising: a centrifugal separation assembly configured to separate dust contained in air introduced through a first inlet ; a dust box unit to collect the dust separated in the centrifugal separation assembly ; a handle unit including a handle coupling member and a handle including a rotating coupling member , characterized in that the rotating coupling member and the handle coupling member are configured to stop rotation of the handle at a position where the handle fixes the centrifugal separation assembly and the dust box unit coupled to each other. a centrifugal separation assembly configured to separate dust contained in air introduced through a first inlet ; a dust box unit to collect the dust separated in the centrifugal separation assembly ; a handle unit including a handle coupling member and a handle including a rotating coupling member , characterized in that the rotating coupling member and the handle coupling member are configured to stop rotation of the handle at a position where the handle fixes the centrifugal separation assembly and the dust box unit coupled to each other.
A transport device , comprising: a transport belt including an adhesive layer (AD) and configured to transport a medium (M) caused to adhere to the adhesive layer; a pressing unit configured to press the medium against the adhesive layer while reciprocating in a transport direction in which the medium is transported and a reverse transport direction opposite to the transport direction, the pressing unit being configured to come into contact with the adhesive layer at at least a part of the pressing unit; a driving unit configured to generate a driving force for the pressing unit to reciprocate in the transport direction and the reverse transport direction; and a control unit configured to control the driving unit, wherein the pressing unit is separated from the adhesive layer along with reciprocation in the transport direction and the reverse transport direction and the control unit is configured to detect a load of the driving unit, and determines a magnitude of an adhesive force of the adhesive layer, based on the load. a transport belt including an adhesive layer (AD) and configured to transport a medium (M) caused to adhere to the adhesive layer; a pressing unit configured to press the medium against the adhesive layer while reciprocating in a transport direction in which the medium is transported and a reverse transport direction opposite to the transport direction, the pressing unit being configured to come into contact with the adhesive layer at at least a part of the pressing unit; a driving unit configured to generate a driving force for the pressing unit to reciprocate in the transport direction and the reverse transport direction; and a control unit configured to control the driving unit, wherein the pressing unit is separated from the adhesive layer along with reciprocation in the transport direction and the reverse transport direction and the control unit is configured to detect a load of the driving unit, and determines a magnitude of an adhesive force of the adhesive layer, based on the load.
A method of controlling a water installation device by a water installation controlling apparatus (100; 220) by using a descriptor file; wherein the descriptor file comprises one or more operation instructions and one or more configuration instructions having a textual data format, the one or more configuration instructions including one or more configuration register instructions associated with one or more configuration registers of the water installation device ; and wherein the method comprises: processing the one or more operation instructions by the water installation controlling apparatus (100; 220) in such a way that operation of the water installation device is performed based on the one or more operation instructions; and processing the one or more configuration instructions by the water installation controlling apparatus (100; 220) in such a way that configuration of the water installation device via a user interface is performed based on the one or more configuration instructions, said processing of the one or more configuration instructions including processing the one or more configuration register instructions in such a way that the configuration of the water installation device includes displaying via the user interface the content of the one or more configuration registers of the water installation device in an updatable manner; characterized in that the one or more configuration register instructions are associated with the one or more configuration registers of the water installation device through a pointer included in the one or more configuration register instructions and pointing to a list of the one or more configuration registers that is outside the descriptor file. processing the one or more operation instructions by the water installation controlling apparatus (100; 220) in such a way that operation of the water installation device is performed based on the one or more operation instructions; and processing the one or more configuration instructions by the water installation controlling apparatus (100; 220) in such a way that configuration of the water installation device via a user interface is performed based on the one or more configuration instructions, said processing of the one or more configuration instructions including processing the one or more configuration register instructions in such a way that the configuration of the water installation device includes displaying via the user interface the content of the one or more configuration registers of the water installation device in an updatable manner; characterized in that the one or more configuration register instructions are associated with the one or more configuration registers of the water installation device through a pointer included in the one or more configuration register instructions and pointing to a list of the one or more configuration registers that is outside the descriptor file.
A method for wireless communications by a user equipment, UE, comprising: receiving a downlink control channel carrying a slot format indicator, SFI , that indicates whether one or more symbols in a least a current slot are for uplink or for downlink; and characterized by : determining a scheduled transmission that conflicts with the SFI; determining a direction of the one or more symbols as uplink or downlink based on the received SFI or based on a direction of the scheduled transmission; and transmitting or receiving in the one or more symbols based on the determined direction for the one or more symbols. receiving a downlink control channel carrying a slot format indicator, SFI , that indicates whether one or more symbols in a least a current slot are for uplink or for downlink; and characterized by : determining a scheduled transmission that conflicts with the SFI; determining a direction of the one or more symbols as uplink or downlink based on the received SFI or based on a direction of the scheduled transmission; and transmitting or receiving in the one or more symbols based on the determined direction for the one or more symbols.
A cable comprising: two metal conductor wires ; and a coating that is made of a transparent or translucent material, has a width (W1) which is larger than a height (H1), covers the two metal conductor wires in a state of being arranged in parallel at an interval, and is shaped in a manner that a bottom surface existing along a direction substantially parallel to a direction between the two metal conductor wires is a plane, an upper surface opposing the bottom surface has a curved surface with a convex cross section, and two opposing side face parts exist which extend between the bottom surface and the upper surface , wherein the upper surface comprises two small radius shoulder parts in contact with the side face parts , wherein the curved surface extends between the two shoulder parts and has a large radius, and wherein one of the two metal conductor wires is arranged at a close position to one of the two side face parts , and the other one of the two metal conductor wires is arranged at a close position to the other one of the two side face parts , characterized in that the two opposing side face parts are planes, and in that radii of curvatures of the two shoulder parts are smaller than a radius of curvature of the curved surface, wherein a light beam incident on the curved surface from a direction perpendicular to a plane at least including the two metal conductor wires is refracted by the curved surface and does not pass through the two metal conductor wires, wherein the curvature of the curved surface is gradually changed so that the same curvature does not continue. two metal conductor wires ; and a coating that is made of a transparent or translucent material, has a width (W1) which is larger than a height (H1), covers the two metal conductor wires in a state of being arranged in parallel at an interval, and is shaped in a manner that a bottom surface existing along a direction substantially parallel to a direction between the two metal conductor wires is a plane, an upper surface opposing the bottom surface has a curved surface with a convex cross section, and two opposing side face parts exist which extend between the bottom surface and the upper surface , wherein the upper surface comprises two small radius shoulder parts in contact with the side face parts , wherein the curved surface extends between the two shoulder parts and has a large radius, and wherein one of the two metal conductor wires is arranged at a close position to one of the two side face parts , and the other one of the two metal conductor wires is arranged at a close position to the other one of the two side face parts , characterized in that the two opposing side face parts are planes, and in that radii of curvatures of the two shoulder parts are smaller than a radius of curvature of the curved surface, wherein a light beam incident on the curved surface from a direction perpendicular to a plane at least including the two metal conductor wires is refracted by the curved surface and does not pass through the two metal conductor wires, wherein the curvature of the curved surface is gradually changed so that the same curvature does not continue.
An article comprising: a cushioning assembly comprising: a first bladder element forming a first fluid chamber ; a second bladder element within the first bladder element and forming a second fluid chamber sealed from and within the first fluid chamber ; at least one reinforcement element operatively connected to and in contact with the second bladder element ; wherein the at least one reinforcement element is configured to reinforce the cushioning assembly under a load applied to the first bladder element ; characterized in that the second bladder element comprises a flange forming a peripheral seam that surrounds the second bladder element and seals the second fluid chamber ; and wherein the at least one reinforcement element comprises a first collar that is secured to the flange and at least partially surrounds the second bladder element at the flange to reinforce the peripheral seam and limit deformation of the second bladder element at the peripheral seam . a first bladder element forming a first fluid chamber ; a second bladder element within the first bladder element and forming a second fluid chamber sealed from and within the first fluid chamber ; at least one reinforcement element operatively connected to and in contact with the second bladder element ; wherein the at least one reinforcement element is configured to reinforce the cushioning assembly under a load applied to the first bladder element ; characterized in that the second bladder element comprises a flange forming a peripheral seam that surrounds the second bladder element and seals the second fluid chamber ; and wherein the at least one reinforcement element comprises a first collar that is secured to the flange and at least partially surrounds the second bladder element at the flange to reinforce the peripheral seam and limit deformation of the second bladder element at the peripheral seam .
A vehicle detection appliance with at least one induction loop which is installed into a road and whose resonance frequency is detuned when run over by a vehicle, wherein the induction loop is connected to a monitoring device which serves for monitoring the correct manner of functioning of the induction loop , wherein the monitoring device is designed in a manner such that it detects the resonance frequency (F) of the induction loop , characterised in that the monitoring device is further designed in a manner such that it evaluates a detuning signal (V) which represents a detuning of the resonance frequency (F), in a manner such that it compares values (A) of this detuning signal (V) at different points in time (t) with one another by way of it detecting swings (A) of the detuning signal (V) over a time period and given a reduction of the magnitude of the swings (A) over this time period it detects a worsening of the function of the induction loop and generates a hint signal.
An alloy having the following composition: Cu 47at%-(x+y+z) (Ti a Zr b ) c Ni 7at%+x Sn 1at%+y Si z wherein c = 43 - 47 at%, a = 0.65-0.85, b=0.15-0.35, wherein a+b=1.00; x = 5-7 at%; y = 0-2 at%, z = 0-2 at%, wherein y+z ≤ 4 at%; wherein the alloy optionally contains oxygen in a maximum concentration of 1.7 at%, and the remainder is unavoidable impurities. Cu 47at%-(x+y+z) (Ti a Zr b ) c Ni 7at%+x Sn 1at%+y Si z wherein c = 43 - 47 at%, a = 0.65-0.85, b=0.15-0.35, wherein a+b=1.00; x = 5-7 at%; y = 0-2 at%, z = 0-2 at%, wherein y+z ≤ 4 at%;
Method for controlling the formation of a fibrous web of a fibre or paper production process, which consists of a plurality of successive individual process stages in which controllable chemical and/or physical processes or process steps take place as a function of measured values, in which the substances required to form the fibrous web are treated, combined and/or dewatered, in which at least some of the measured values are recorded inline and used directly or indirectly to control the formation and at least the manipulated variables of the individual processes or processes in the overall process which have a relevant influence on the formation are formed as a function of definable secondary conditions, characterised in that the manipulated variables are formed as a function of definable cost functions and the costs are minimised by means of the cost function via an optimisation algorithm while complying with the constraints.
A device (10; 201; 301; 401) for inhalation of a dry powder composition, comprising: an external housing (20; 120; 210; 310; 410) having a proximal end , a distal end and a length therebetween, wherein the housing defines an internal passage (22,26; 122,126; 214; 314; 414) having proximal (22; 122), intermediate and distal regions (26; 126) along the housing length; a proximal end opening (11; 212; 312; 412), a distal end opening (17; 216; 316; 416) and proximal region opening (40; 140; 218; 318; 418) each in connection with the internal passage (22,26; 122,126; 214; 314; 414); a dry powder compartment (50; 150; 316; 416) within the distal region (26; 126) of the internal passage; and a powder fluidization and deagglomeration apparatus (PFD) within the intermediate region of the internal passage; wherein, when a vacuum is applied to the proximal end opening (11; 212; 312; 412) and the proximal region opening (40; 140; 218; 318; 418) is closed, a first airflow pattern is generated from the distal end opening (17; 216; 316; 416) to the proximal end opening (11; 212; 312; 412) having a first airflow resistance, and when the proximal region opening (40; 140; 218; 318; 418) is open, a second airflow pattern is generated having a second airflow resistance that is lower than the first airflow resistance. an external housing (20; 120; 210; 310; 410) having a proximal end , a distal end and a length therebetween, wherein the housing defines an internal passage (22,26; 122,126; 214; 314; 414) having proximal (22; 122), intermediate and distal regions (26; 126) along the housing length; a proximal end opening (11; 212; 312; 412), a distal end opening (17; 216; 316; 416) and proximal region opening (40; 140; 218; 318; 418) each in connection with the internal passage (22,26; 122,126; 214; 314; 414); a dry powder compartment (50; 150; 316; 416) within the distal region (26; 126) of the internal passage; and a powder fluidization and deagglomeration apparatus (PFD) within the intermediate region of the internal passage; wherein, when a vacuum is applied to the proximal end opening (11; 212; 312; 412) and the proximal region opening (40; 140; 218; 318; 418) is closed, a first airflow pattern is generated from the distal end opening (17; 216; 316; 416) to the proximal end opening (11; 212; 312; 412) having a first airflow resistance, and when the proximal region opening (40; 140; 218; 318; 418) is open, a second airflow pattern is generated having a second airflow resistance that is lower than the first airflow resistance.
Method for producing a digitally printed decorative coating on a solid surface, comprising the steps of applying solid pigment particles to the surface and treating the coating such that the treatment results in the setting of the coating, characterised in that (i) first, the dry surface is evenly coated by applying solid pigment particles while the solid pigment particles are dry, at least over a portion of the surface where the coating is to be applied, (ii) in a subsequent printing operation, liquid is applied to the surface coated with dry solid pigment particles , thereby temporarily fixing the solid pigment particles to the printed-on surface portions, and (iii) removing the non-fixed portion of the solid pigment particles from the surface , wherein steps (i) to (iii) are repeated at least once before performing the treatment resulting in the setting of the coating. (i) first, the dry surface is evenly coated by applying solid pigment particles while the solid pigment particles are dry, at least over a portion of the surface where the coating is to be applied, (ii) in a subsequent printing operation, liquid is applied to the surface coated with dry solid pigment particles , thereby temporarily fixing the solid pigment particles to the printed-on surface portions, and (iii) removing the non-fixed portion of the solid pigment particles from the surface ,
A catheter tube for a steerable catheter, comprising a tube wall surrounding a tube lumen (L), the tube wall comprising the following: - a mesh ; and - a guide lumen around which the mesh is braided and in which a pull element extends from a proximal portion (1-1) of the catheter tube to a distal portion (1-2) of the catheter tube , wherein the pull element is guided axially along the catheter tube , the pull element being connected in a tension-resistant manner to the tube wall in the distal portion (1-2), and the guide lumen guiding the pull element at least partially around the tube lumen (L), wherein the guide lumen describes at least a section of a helical path around the tube lumen (L) in the distal portion. - a mesh ; and - a guide lumen around which the mesh is braided and in which a pull element extends from a proximal portion (1-1) of the catheter tube to a distal portion (1-2) of the catheter tube , wherein the pull element is guided axially along the catheter tube , the pull element being connected in a tension-resistant manner to the tube wall in the distal portion (1-2), and the guide lumen guiding the pull element at least partially around the tube lumen (L), wherein the guide lumen describes at least a section of a helical path around the tube lumen (L) in the distal portion.
Method for producing one or more olefins and one or more carboxylic acids, in which one or more paraffins is or are subjected to oxidative dehydrogenation, characterized in that a reactor having a plurality of reaction zones is used for the oxidative dehydrogenation, in that a gas mixture comprising the one or more paraffins is successively passed through the reaction zones , and in that at least two of the plurality of reaction zones have a catalyst of the same catalyst type and are subjected to varying temperature influences, catalysts of the same catalyst type being catalysts with the same basic formulation, which are provided in different concentrations or contents per unit volume.