mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry treatment apparatus comprising: a tub for containing water, the tub comprising an introduction port through which laundry is introduced into or taken out of the tub ; a drum provided in the tub , the drum containing the laundry supplied thereto through the introduction port ; an agitator rotatably provided in the drum ; a rotating shaft penetrating the tub and the drum so as to be connected to the agitator ; a driving unit for rotating the rotating shaft ; a connecting unit comprising a connecting body secured to the drum and a body through-hole formed through the connecting body so as to allow the rotating shaft to be inserted thereinto; and a power transmission unit ; characterized by said power transmission unit being configured so as to move reciprocatingly up and down within the body through-hole based on the rotation direction of the rotary shaft , wherein the power transmission unit is provided to couple to the outer circumferential surface of the rotating shaft , and is provided to selectively contact the connecting body to transmit power after the rotating shaft has rotated a predetermined number of times. a tub for containing water, the tub comprising an introduction port through which laundry is introduced into or taken out of the tub ; a drum provided in the tub , the drum containing the laundry supplied thereto through the introduction port ; an agitator rotatably provided in the drum ; a rotating shaft penetrating the tub and the drum so as to be connected to the agitator ; a driving unit for rotating the rotating shaft ; a connecting unit comprising a connecting body secured to the drum and a body through-hole formed through the connecting body so as to allow the rotating shaft to be inserted thereinto; and a power transmission unit ; characterized by said power transmission unit being configured so as to move reciprocatingly up and down within the body through-hole based on the rotation direction of the rotary shaft , wherein the power transmission unit is provided to couple to the outer circumferential surface of the rotating shaft , and is provided to selectively contact the connecting body to transmit power after the rotating shaft has rotated a predetermined number of times.
A system for establishing a connection between a first clothing element and a second clothing element along an interface , wherein in a connected state the first clothing element and the second clothing element provide an ensemble serving as functional wear, comprising: - at least one fastening device for establishing at least one connection between the first clothing element and the second clothing element, wherein the at least one fastening device has at least one primary component and at least one secondary component that are brought into contact with each other by means of magnetic force, so that the first clothing element and the second clothing element are connected to one another, characterised in that the at least one fastening device comprises a system of a hook as primary component and an eyelet as secondary component, in which the hook is guided into an engaged state with the eyelet associated with the hook by means of magnetic force, so that the first clothing element and the second clothing element are connected to one another in a form-fitting and/or force-fitting manner, and wherein a belt device is provided, the belt device being connected to the primary component of the fastening device respectively. - at least one fastening device for establishing at least one connection between the first clothing element and the second clothing element, wherein the at least one fastening device has at least one primary component and at least one secondary component that are brought into contact with each other by means of magnetic force, so that the first clothing element and the second clothing element are connected to one another, characterised in that the at least one fastening device comprises a system of a hook as primary component and an eyelet as secondary component, in which the hook is guided into an engaged state with the eyelet associated with the hook by means of magnetic force, so that the first clothing element and the second clothing element are connected to one another in a form-fitting and/or force-fitting manner,
A medical device, comprising: an outer cannula having an outer cannula lengthwise axis and an outer cannula circumferential wall extending between an outer cannula proximal end and an outer cannula distal end, the outer cannula circumferential wall defining an outer cannula interior lumen and a first side port opening extending through the outer cannula circumferential wall; an inner cannula disposed within the outer cannula interior lumen and secured to the outer cannula, the inner cannula having an inner cannula lengthwise axis and an inner cannula circumferential wall extending between an inner cannula proximal end and an inner cannula distal end, the inner cannula circumferential wall defining an inner cannula interior lumen and a second side port opening extending through the inner cannula circumferential wall and aligned with the first side port opening with respect to the inner cannula lengthwise axis; the outer cannula circumferential wall defining a pattern of openings extending along a spiral path about the lengthwise axis; a side port joint disposed between the outer cannula and the inner cannula and adjacent the second side port opening, the side port joint forming an attachment between the outer cannula and the inner cannula; and a ramp member disposed within the inner cannula interior lumen and defining a ramp surface aligned with the second side port opening.. an outer cannula having an outer cannula lengthwise axis and an outer cannula circumferential wall extending between an outer cannula proximal end and an outer cannula distal end, the outer cannula circumferential wall defining an outer cannula interior lumen and a first side port opening extending through the outer cannula circumferential wall; an inner cannula disposed within the outer cannula interior lumen and secured to the outer cannula, the inner cannula having an inner cannula lengthwise axis and an inner cannula circumferential wall extending between an inner cannula proximal end and an inner cannula distal end, the inner cannula circumferential wall defining an inner cannula interior lumen and a second side port opening extending through the inner cannula circumferential wall and aligned with the first side port opening with respect to the inner cannula lengthwise axis; the outer cannula circumferential wall defining a pattern of openings extending along a spiral path about the lengthwise axis; a side port joint disposed between the outer cannula and the inner cannula and adjacent the second side port opening, the side port joint forming an attachment between the outer cannula and the inner cannula; and a ramp member disposed within the inner cannula interior lumen and defining a ramp surface aligned with the second side port opening..
A method for purifying water using at least one unit for trapping one or more ions and at least one membrane filtration unit, wherein an aqueous stream is withdrawn from a source and is fed to said unit for trapping one or more ions, wherein the aqueous stream leaving said unit for trapping one or more ions is fed to said membrane filtration unit, and at least one concentrate stream and at least one permeate stream are obtained in said membrane filtration unit, wherein at least part of said one or more ions that are trapped is added to said permeate stream to obtain a permeate stream enriched with one or more ions, characterized in that said concentrate stream is fed to a bipolar membrane electrodialysis for generating a basic stream and an acid stream, wherein said acid stream is applied in a regeneration step of cationic ion exchanger as said unit for trapping one or more ions, wherein an effluent stream obtained in said regeneration step is fed to an anion exchanger as another unit for trapping one or more ions, wherein at least part of the effluent stream obtained from said anion exchanger is fed to said permeate stream, wherein said anion exchanger is submitted to a regeneration step, and in said regeneration step said basic stream is fed to said anion exchanger, wherein the aqueous stream obtained in said regeneration step is led away.
Adhesive formulation for bonding materials, comprising 40 to 80 wt.-% of an epoxy monomer; and 15 to 30 wt.-% of an oxetane monomer; and 0.1 to 10 wt.-% of an adhesion promotor; and 0.1 to 5 wt.-% of a sensitizer; and 1 to 10 wt.-% of a radiation and temperature activable photoinitiator or a mixture of a photoinitiator and a thermal initiator.
A method, comprising: encoding video signal data into a bitstream, said bitstream including a plurality of interoperability points relating to scalable video coding, said bitstream being scalable spatially, temporally and in quality, wherein said encoding comprises specifying a plurality of temporal levels, wherein a bitstream restriction information is specified for each temporal level in said bitstream, wherein said bitstream restriction information specifies one or more of: if the motion is over picture boundary, maximal number of bytes per picture, maximal number of bits per macroblock, maximal motion vector length, number of reordering frames, and maximal decoded frame buffer size, wherein all layers with a same temporal level share a same bitstream restriction information. encoding video signal data into a bitstream, said bitstream including a plurality of interoperability points relating to scalable video coding, said bitstream being scalable spatially, temporally and in quality, wherein said encoding comprises specifying a plurality of temporal levels, wherein a bitstream restriction information is specified for each temporal level in said bitstream, wherein said bitstream restriction information specifies one or more of: if the motion is over picture boundary, maximal number of bytes per picture, maximal number of bits per macroblock, maximal motion vector length, number of reordering frames, and maximal decoded frame buffer size, if the motion is over picture boundary, maximal number of bytes per picture, maximal number of bits per macroblock, maximal motion vector length, number of reordering frames, and maximal decoded frame buffer size, wherein all layers with a same temporal level share a same bitstream restriction information.
A self-propelled harvesting machine, comprising a drive axle as well as a steering axle, wherein the drive axle is disposed below a housing which surrounds at least part of at least one working assembly of the harvesting machine, wherein longitudinal beams which extend in the longitudinal direction of the harvesting machine and which comprise a support surface are disposed on the axle body , with sections of the housing being seated on said support surface , and in that the housing is almost flush with the ends of the longitudinal beams which face the direction of travel, characterized in that a respective retaining section which extends vertically to the support surface is disposed on each longitudinal beam , on which retaining section a part of the housing is seated, and the drive axle has a cranked axle body .
Poultry management system , comprising: - at least one animal holding area with a holding area floor , - a conveyor device comprising a conveyor belt with an upper belt and a lower belt , - characterised in that the lower belt is disposed and designed to receive eggs from the animal holding area . - at least one animal holding area with a holding area floor , - a conveyor device comprising a conveyor belt with an upper belt and a lower belt , - characterised in that the lower belt is disposed and designed to receive eggs from the animal holding area .
A method for calibrating parameters of a transmission line coupled to an electrosurgical device , the method comprising: applying electrosurgical energy generated by the electrosurgical device separately to a plurality of test loads having a range of rated resistance or impedance values, sensing a voltage and a current of the electrosurgical energy at an output of the electrosurgical device to obtain a plurality of sensed voltages and a plurality of sensed currents; calculating a sensor impedance value for each of the plurality of test loads based on the plurality of sensed voltages and the plurality of sensed currents; determining a phase value for each of the plurality of test loads based on a polynomial function of the sensor impedance value to obtain determined phase values; calculating impedance loss model parameters associated with the transmission line based on the determined phase values, predetermined load impedance values of the plurality of test loads, the sensed voltages, the sensed currents, each of the plurality of test loads, and previous impedance loss model parameters. applying electrosurgical energy generated by the electrosurgical device separately to a plurality of test loads having a range of rated resistance or impedance values, sensing a voltage and a current of the electrosurgical energy at an output of the electrosurgical device to obtain a plurality of sensed voltages and a plurality of sensed currents; calculating a sensor impedance value for each of the plurality of test loads based on the plurality of sensed voltages and the plurality of sensed currents; determining a phase value for each of the plurality of test loads based on a polynomial function of the sensor impedance value to obtain determined phase values; calculating impedance loss model parameters associated with the transmission line based on the determined phase values, predetermined load impedance values of the plurality of test loads, the sensed voltages, the sensed currents, each of the plurality of test loads, and previous impedance loss model parameters.
A camera module , comprising: a lens barrel ; a holder ; a filter disposed in the holder ; a printed circuit board having therein an opening ; a stiffener comprising a first region (S1) corresponding to the opening and a second region (S2) in which the printed circuit board is disposed; and an image sensor disposed in the first region (S1) of the stiffener , characterized in that the first region (S1) of the stiffener comprises a protruding portion protruding further than the second region (S2) of the stiffener , that the image sensor is disposed on an upper surface of the protruding portion , that a height (T1) from a lower surface of the stiffener to the upper surface of the protruding portion is less than a height to an upper surface of the printed circuit board disposed on the stiffener , that the protruding portion comprises a plurality of protrusions (901-n) spaced apart from each other, and that the camera module further comprises an adhesive member disposed in a space between upper surfaces of the plurality of protrusions (901-n) and a lower surface of the image sensor and in a space between the plurality of protrusions (901-n). a lens barrel ; a holder ; a filter disposed in the holder ; a printed circuit board having therein an opening ; a stiffener comprising a first region (S1) corresponding to the opening and a second region (S2) in which the printed circuit board is disposed; and an image sensor disposed in the first region (S1) of the stiffener , characterized in that the first region (S1) of the stiffener comprises a protruding portion protruding further than the second region (S2) of the stiffener , that the image sensor is disposed on an upper surface of the protruding portion , that a height (T1) from a lower surface of the stiffener to the upper surface of the protruding portion is less than a height to an upper surface of the printed circuit board disposed on the stiffener , that the protruding portion comprises a plurality of protrusions (901-n) spaced apart from each other, and that the camera module further comprises an adhesive member disposed in a space between upper surfaces of the plurality of protrusions (901-n) and a lower surface of the image sensor and in a space between the plurality of protrusions (901-n).
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: configuring (S1101), by the UE , a radio bearer comprising a packet data convergence protocol, PDCP, entity, first radio link control, RLC, and medium access control, MAC, entities for a Base Station, BS, of a Master Cell Group, MCG, and second RLC and MAC entities for a BS of a Secondary Cell Group, SCG, wherein the PDCP entity is connected with the first RLC entity and the second RLC entity; receiving (S1107, S1111) from a Radio Resource Control, RRC, entity in the BS of the MCG, an indication related to a transmission path; transmitting (S1109, S1113), by the PDCP entity, data of the PDCP entity to the first RLC entity when the indication informs a first transmission path including the first RLC entity and the data of the PDCP entity is not duplicated; and transmitting, by the PDCP entity, the data of the PDCP entity to the second RLC entity when the indication informs a second transmission path including the second RLC entity and the data of the PDCP entity is not duplicated. configuring (S1101), by the UE , a radio bearer comprising a packet data convergence protocol, PDCP, entity, first radio link control, RLC, and medium access control, MAC, entities for a Base Station, BS, of a Master Cell Group, MCG, and second RLC and MAC entities for a BS of a Secondary Cell Group, SCG, wherein the PDCP entity is connected with the first RLC entity and the second RLC entity; receiving (S1107, S1111) from a Radio Resource Control, RRC, entity in the BS of the MCG, an indication related to a transmission path; transmitting (S1109, S1113), by the PDCP entity, data of the PDCP entity to the first RLC entity when the indication informs a first transmission path including the first RLC entity and the data of the PDCP entity is not duplicated; and transmitting, by the PDCP entity, the data of the PDCP entity to the second RLC entity when the indication informs a second transmission path including the second RLC entity and the data of the PDCP entity is not duplicated.
Air emitting device for hair treatment comprising an entry air area , a casing adapted to contain therein at least one heating element adapted to heat said air inside said casing , an outlet area for said air heated by said heating element , opposite to said entry air area , an external body arranged around said casing , an interspace placed between said casing and said external body so that the air present in said interspace is not suitable for being heated by said at least one heating element , wherein: - said interspace also comprises at least one outlet for said air not heated by said at least one heating element , - said outlet area for said air heated by said heating element consists of a grid consisting of a substantially concave base surface provided with a plurality of holes for the escape of said heated air by said at least one heating element , - said at least one outlet for said air not heated by said at least one heating element is arranged along the perimeter edge of a circular ring arranged around said grid , wherein the device comprises a plurality of outlets for said air not heated by said at least one heating element uniformly arranged along said perimeter edge of said circular ring of said grid . - said interspace also comprises at least one outlet for said air not heated by said at least one heating element , - said outlet area for said air heated by said heating element consists of a grid consisting of a substantially concave base surface provided with a plurality of holes for the escape of said heated air by said at least one heating element , - said at least one outlet for said air not heated by said at least one heating element is arranged along the perimeter edge of a circular ring arranged around said grid ,
A method for controlling a technical process, which is embedded in a changing environment, wherein the electronic system executing said control comprises sensors, in particular a plurality of sensors, actuators and node processors, in particular a plurality of node processors that exchange data via a real-time communication system, wherein a distinction is made between complex and simple software, and wherein the complex software is executed simultaneously on at least two independent data flow paths (DFP) , wherein each DFP cyclically observes the technical process and its environment with sensors and generates from so-called "observed" data, i.e. data resulting from the observation of the technical process and its environment, an environment model of the technical process by means of algorithms, wherein - the observed data are diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are not diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are diverse and the algorithms implemented in the DFPs are not diverse, characterized in that , for the complex software, the probability of an occurrence of design errors corresponds to ASIL B and, for the simple software, an error rate as required by ASIL D is achieved, and in that a single consolidated environment model for trajectory planning is constructed by means of a simple software from a plurality of different environment models respectively determined with one DFP , wherein this simple software is executed on fault-tolerant hardware. - the observed data are diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are not diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are diverse and the algorithms implemented in the DFPs are not diverse, characterized in that , for the complex software, the probability of an occurrence of design errors corresponds to ASIL B and, for the simple software, an error rate as required by ASIL D is achieved,
Heating plant with radiating strips, which comprises: - a burner provided with a combustion chamber susceptible of generating high-temperature combustion products through the combustion of a comburent mixture comprising at least one air flow (A) and at least one gas flow (G); - a closed loop of radiating tubes, which conveys a carrier fluid and is connected to said burner in order to receive at its interior said high-temperature combustion products susceptible of heating said carrier fluid ; - at least one fan associated with a terminal section of said closed loop of smaller length than the remaining suctioned section (5") of said closed loop in order to make said reduced-pressure carrier fluid circulate along the latter suctioned section (5"); - a fume expulsion duct connected to said closed loop in order to extract a part of said carrier fluid ; characterized in that said fume expulsion duct is connected to said closed loop in a connection position that delimits, with said combustion chamber , an initial section (5"') of said suctioned section (5"), and is intercepted by an aspirator and by means for detecting the composition of the fumes . - a burner provided with a combustion chamber susceptible of generating high-temperature combustion products through the combustion of a comburent mixture comprising at least one air flow (A) and at least one gas flow (G); - a closed loop of radiating tubes, which conveys a carrier fluid and is connected to said burner in order to receive at its interior said high-temperature combustion products susceptible of heating said carrier fluid ; - at least one fan associated with a terminal section of said closed loop of smaller length than the remaining suctioned section (5") of said closed loop in order to make said reduced-pressure carrier fluid circulate along the latter suctioned section (5"); - a fume expulsion duct connected to said closed loop in order to extract a part of said carrier fluid ;