mhurhangee/patent-ind-claim-en huggingface dataset:
Hybrid module with the following features: a vibration reduction system which is coupled between an output side and an inlet side of the hybrid module and is configured to reduce a rotational non-uniformity which is coupled in, the vibration reduction system having a prestress which is higher than an assembly-induced prestress and corresponds at least to a proportion of 5% of a maximum torque which can be coupled in on the input side , the vibration reduction system having, over a deflection, a substantially linear torque characteristic which corresponds at least to a proportion of 40% of an overall deflection, in which the vibration reduction system can be loaded; and an electric machine which is coupled to the input side or to the output side of the hybrid module and is configured to introduce a torque on the input side or on the output side , which torque is directed counter to a rotational non-uniformity which is coupled into the hybrid module , in order to reduce the said rotational non-uniformity, the vibration reduction system being configured to reduce the rotational non-uniformity to a greater extent at a second rotational speed than at a first rotational speed, at which a torque can be introduced by the electric machine in order to reduce the rotational non-uniformity. a vibration reduction system which is coupled between an output side and an inlet side of the hybrid module and is configured to reduce a rotational non-uniformity which is coupled in, the vibration reduction system having a prestress which is higher than an assembly-induced prestress and corresponds at least to a proportion of 5% of a maximum torque which can be coupled in on the input side , the vibration reduction system having, over a deflection, a substantially linear torque characteristic which corresponds at least to a proportion of 40% of an overall deflection, in which the vibration reduction system can be loaded; and an electric machine which is coupled to the input side or to the output side of the hybrid module and is configured to introduce a torque on the input side or on the output side , which torque is directed counter to a rotational non-uniformity which is coupled into the hybrid module , in order to reduce the said rotational non-uniformity, the vibration reduction system being configured to reduce the rotational non-uniformity to a greater extent at a second rotational speed than at a first rotational speed, at which a torque can be introduced by the electric machine in order to reduce the rotational non-uniformity.
A method for a mobile network, which mobile network is formed of cells, wherein the method comprises determining a weight factor between two cells of the mobile network for designing, optimization or configuration of the mobile network, which determination of the weight factor comprises calculating a distance factor, D, between the cells, characterized in that determination of the weight factor further comprises calculating an angle factor, d, between the cells, wherein the angle factor d indicates how perpendicularly antennas of base stations of the cells are directed towards each other, and calculating the weight factor between the cells with an exponential function of the distance factor and the angle factor.
A chromatography plug comprising: a body , the body comprising: a first surface ; a second surface opposing the first surface ; a passage through the body extending from an opening in the first surface to an opening in the second surface ; and a circumferential surface extending from the first surface to the second surface ; a plurality of ridges , located on the first surface , wherein each of the plurality of ridges having a first end and an opposed second end , and the first end of each of the plurality of ridges being closer to one another than the second ends of each of the plurality of ridges ; characterized in that a bridge is located between the first ends , said bridge extends into the body at the opening in the first surface of the passage , said bridge has a top surface external to the body and facing away from the first surface , and said bridge extends over at least a portion of opening in first surface and extends into opening . a first surface ; a second surface opposing the first surface ; a passage through the body extending from an opening in the first surface to an opening in the second surface ; and a circumferential surface extending from the first surface to the second surface ; a plurality of ridges , located on the first surface , wherein each of the plurality of ridges having a first end and an opposed second end , and the first end of each of the plurality of ridges being closer to one another than the second ends of each of the plurality of ridges ; characterized in that a bridge is located between the first ends , said bridge extends into the body at the opening in the first surface of the passage , said bridge has a top surface external to the body and facing away from the first surface , and said bridge extends over at least a portion of opening in first surface and extends into opening .
A communications device comprising: a first memory unit; a first input/output interface; and at least one first processor configured to: receive a certified public key from a radio frequency memory tag ; validate the public key; send a challenge to the radio frequency memory tag; receive a signature from radio frequency memory tag; validate the signature in order to authenticate the radio frequency memory tag; and to form a key stream and to send the key stream to the radio frequency memory tag for authenticating and/or securing further communication between the radio frequency memory tag and the communications device . a first memory unit; a first input/output interface; and at least one first processor configured to: receive a certified public key from a radio frequency memory tag ; validate the public key; send a challenge to the radio frequency memory tag; receive a signature from radio frequency memory tag; validate the signature in order to authenticate the radio frequency memory tag; and to form a key stream and to send the key stream to the radio frequency memory tag for authenticating and/or securing further communication between the radio frequency memory tag and the communications device . receive a certified public key from a radio frequency memory tag ; validate the public key; send a challenge to the radio frequency memory tag; receive a signature from radio frequency memory tag; validate the signature in order to authenticate the radio frequency memory tag; and to form a key stream and to send the key stream to the radio frequency memory tag for authenticating and/or securing further communication between the radio frequency memory tag and the communications device .
Perineal probe suitable for being inserted into the vaginal cavity and configured to implement asymmetric treatments such as a differentiated EMG measurement that permits the asymmetric treatment, in particular right-left (Rh-Lh), of the pubococcygeus muscle, which are treatments operating simultaneously and differentially on two sides of the treated body portion, - said perineal probe extending primarily along a longitudinal axis and comprising: - a main rod extending primarily along said longitudinal axis ; - four electrodes arranged substantially in the same position along the longitudinal axis 1a, that is to say their perpendicular projection of which along said longitudinal axis is substantially in the same position, wherein each of said electrodes is connected to said main rod by means of a deformable arm ; and - a sensing means to detect the deformation of said arms ; the perineal probe being characterized in that : - said electrodes are saddle-shaped comprising a narrowest part in a central portion and reciprocally spaced, so as not to be reciprocally contacting, in directions perpendicular to said longitudinal axis . - said perineal probe extending primarily along a longitudinal axis and comprising: - a main rod extending primarily along said longitudinal axis ; - four electrodes arranged substantially in the same position along the longitudinal axis 1a, that is to say their perpendicular projection of which along said longitudinal axis is substantially in the same position, wherein each of said electrodes is connected to said main rod by means of a deformable arm ; and - a sensing means to detect the deformation of said arms ; the perineal probe being characterized in that : - said electrodes are saddle-shaped comprising a narrowest part in a central portion and reciprocally spaced, so as not to be reciprocally contacting, in directions perpendicular to said longitudinal axis . - a main rod extending primarily along said longitudinal axis ; - four electrodes arranged substantially in the same position along the longitudinal axis 1a, that is to say their perpendicular projection of which along said longitudinal axis is substantially in the same position, wherein each of said electrodes is connected to said main rod by means of a deformable arm ; and - a sensing means to detect the deformation of said arms ; the perineal probe being characterized in that : - said electrodes are saddle-shaped comprising a narrowest part in a central portion and reciprocally spaced, so as not to be reciprocally contacting, in directions perpendicular to said longitudinal axis .
A powder metallurgical alloy comprising, in weight percent: 3.0-6.0 Cr; 1.5-4.0 Mn 0.1-3.5 Co; 0.3-2.0 Zr; and balance substantially Al; wherein, in atomic percent content, Co divided by the sum (Cr + Mn) is less than or equal to 0.07; and, in weight percent, the total of all contents other than Al, Cr, Mn, Co, and Zr is not more than 5.0 and no individual elemental content other than Al, Cr, Mn, Co and Zr exceeds 2. 3.0-6.0 Cr; 1.5-4.0 Mn 0.1-3.5 Co; 0.3-2.0 Zr; and balance substantially Al;
Plantar pressing device , comprising: - supporting means of at least one foot of a patient comprising a resting portion of the sole of said foot ; - pressing means associated with said resting portion and configured to abut against the sole of said foot and to stimulate the latter by exerting a pressing force; - positioning means of said pressing means associated with said resting portion and adapted to allow the adjustment of the position of said pressing means on said resting portion ; - translation means for translating said pressing means associated with said resting portion and adapted to vary the position of said pressing means on said resting portion ; characterized by the fact that it comprises variation means for varying the pressure exerted by said pressing means and at least one management and control unit operatively connected to said pressure variation means and said translation means wherein said management and control unit comprises at least one storage unit which can be preset with pressure values, the latter being configured to manage and control said pressure values applied to said pressing means according to the position of said pressing means on said resting portion . - supporting means of at least one foot of a patient comprising a resting portion of the sole of said foot ; - pressing means associated with said resting portion and configured to abut against the sole of said foot and to stimulate the latter by exerting a pressing force; - positioning means of said pressing means associated with said resting portion and adapted to allow the adjustment of the position of said pressing means on said resting portion ; - translation means for translating said pressing means associated with said resting portion and adapted to vary the position of said pressing means on said resting portion ;
A cross-point memory cell comprising: a word line extending in a first direction; a bit line extending in a second direction different from the first direction, the bit line and the word line crossing without physically contacting each other; and a capacitor capable of being repeatedly programmed to at least two different capacitance states formed between the word line and the bit line where such cross the capacitor comprising: a first region material comprising region which is either substantially electrically conductive corresponding to one of the different capacitance states or substantially dielectric corresponding to another of the different capacitance states depending on the programmed state of the capacitor; and a second region capacitor dielectric material configured to prevent DC current from flowing from the word line to the bit line and from the bit line to the word line . a word line extending in a first direction; a bit line extending in a second direction different from the first direction, the bit line and the word line crossing without physically contacting each other; and a capacitor capable of being repeatedly programmed to at least two different capacitance states formed between the word line and the bit line where such cross the capacitor comprising: a first region material comprising region which is either substantially electrically conductive corresponding to one of the different capacitance states or substantially dielectric corresponding to another of the different capacitance states depending on the programmed state of the capacitor; and a second region capacitor dielectric material configured to prevent DC current from flowing from the word line to the bit line and from the bit line to the word line . a first region material comprising region which is either substantially electrically conductive corresponding to one of the different capacitance states or substantially dielectric corresponding to another of the different capacitance states depending on the programmed state of the capacitor; and a second region capacitor dielectric material configured to prevent DC current from flowing from the word line to the bit line and from the bit line to the word line .
A method of producing an underpants-type disposable diaper, the method comprising forming an outer member , by: disposing a graphic sheet between an inner sheet layer and an outer sheet layer in a portion to be a non-stretchable region; disposing elongated elastic members (15-18) between the inner sheet layer and the outer sheet layer continuously over a portion (A2) to be stretchable regions, a portion (A1) to be the non-stretchable region, a portion overlapping with the graphic sheet, and a portion to be at least one no-extra-sheet region (A3); fixing the elastic members with a hot-melt adhesive agent to the inner sheet layer and the outer sheet layer in at least two edge portions of the portions to be the stretchable regions without fixing the elastic members to the inner sheet layer nor the outer sheet layer in the portion to be the non-stretchable region; subsequently, cutting the elastic members extending over the portion to be the no-extra-sheet region (A3) by clamping an inner face of the inner sheet layer and an outer face of the outer sheet layer in the portion to be the no-extra-sheet region and applying pressure and heat; and leaving the elastic members in the region overlapping with the graphic sheet uncut without application of pressure or heat. disposing a graphic sheet between an inner sheet layer and an outer sheet layer in a portion to be a non-stretchable region; disposing elongated elastic members (15-18) between the inner sheet layer and the outer sheet layer continuously over a portion (A2) to be stretchable regions, a portion (A1) to be the non-stretchable region, a portion overlapping with the graphic sheet, and a portion to be at least one no-extra-sheet region (A3); fixing the elastic members with a hot-melt adhesive agent to the inner sheet layer and the outer sheet layer in at least two edge portions of the portions to be the stretchable regions without fixing the elastic members to the inner sheet layer nor the outer sheet layer in the portion to be the non-stretchable region; subsequently, cutting the elastic members extending over the portion to be the no-extra-sheet region (A3) by clamping an inner face of the inner sheet layer and an outer face of the outer sheet layer in the portion to be the no-extra-sheet region and applying pressure and heat; and leaving the elastic members in the region overlapping with the graphic sheet uncut without application of pressure or heat.
A laundry treating apparatus comprising: a first treating apparatus having a first front panel disposed on a front face thereof and a first drum disposed therein for accommodating laundry therein; a second treating apparatus disposed beneath the first treating apparatus to support the first treating apparatus , wherein the second treating apparatus has a second front panel disposed on a front face thereof and a second drum disposed therein for accommodating the laundry therein; and a control panel disposed between the first front panel and the second front panel , wherein the control panel is signally connected to the first treating apparatus and the second treating apparatus , wherein the control panel has a top face facing the first front panel , wherein a drain passage extending along a lateral direction is defined in the top face , so that water delivered to the top face flows in the lateral direction along the drain passage and is drained, and wherein the control panel has a front face connected to the top face , characterized in that an upper end of the front face protrudes upwards from the top face , the top face includes a passage rib protruding upward and extending in the lateral direction disposed at a rear end thereof, and the drain passage is defined by the upper end of the front face and the passage rib . a first treating apparatus having a first front panel disposed on a front face thereof and a first drum disposed therein for accommodating laundry therein; a second treating apparatus disposed beneath the first treating apparatus to support the first treating apparatus , wherein the second treating apparatus has a second front panel disposed on a front face thereof and a second drum disposed therein for accommodating the laundry therein; and a control panel disposed between the first front panel and the second front panel , wherein the control panel is signally connected to the first treating apparatus and the second treating apparatus , wherein the control panel has a top face facing the first front panel , wherein a drain passage extending along a lateral direction is defined in the top face , so that water delivered to the top face flows in the lateral direction along the drain passage and is drained, and wherein the control panel has a front face connected to the top face , characterized in that an upper end of the front face protrudes upwards from the top face , the top face includes a passage rib protruding upward and extending in the lateral direction disposed at a rear end thereof, and the drain passage is defined by the upper end of the front face and the passage rib .
Electrical energy storage unit (EES) for a motor vehicle, having: - a plurality of components belonging to the energy storage unit, - a storage unit housing , on and/or in which the components belonging to the energy storage unit are arranged, and - at least one distribution network (V2, V3), for distributing energy and/or information, which is arranged in the storage unit housing and which has at least one line (L2a, L3a), which belongs to the energy storage unit and is coupled to at least one of the components belonging to the energy storage unit so as to transmit energy and/or information, wherein the at least one distribution network (V2, V3) has at least one line (L2b, L3b), separate to the energy storage unit, for transmitting energy and/or information between components, which are separate to the energy storage unit, of the motor vehicle outside of the storage unit housing , characterized in that the at least one distribution network (V2, V3) is in the form of a power network (V2) for energy transmission, wherein the power network (V2) is arranged in and/or on a cell module frame of components, which belong to the energy storage unit and are in the form of energy storage cells . - a plurality of components belonging to the energy storage unit, - a storage unit housing , on and/or in which the components belonging to the energy storage unit are arranged, and - at least one distribution network (V2, V3), for distributing energy and/or information, which is arranged in the storage unit housing and which has at least one line (L2a, L3a), which belongs to the energy storage unit and is coupled to at least one of the components belonging to the energy storage unit so as to transmit energy and/or information, wherein the at least one distribution network (V2, V3) has at least one line (L2b, L3b), separate to the energy storage unit, for transmitting energy and/or information between components, which are separate to the energy storage unit, of the motor vehicle outside of the storage unit housing , characterized in that the at least one distribution network (V2, V3) is in the form of a power network (V2) for energy transmission, wherein the power network (V2) is arranged in and/or on a cell module frame of components, which belong to the energy storage unit and are in the form of energy storage cells .
Laboratory cabinet , for example a refrigeration cabinet, a heating cabinet, a drying cabinet or an incubator, with a housing , which comprises at least one outer door , and which comprises at least one inner chamber, which can be closed by means of an inner door , wherein the laboratory cabinet comprises means , which can be adjusted by the user, which can be adjusted between an open position and a closed position before the closing of the outer door , and wherein, in dependency on the adjustment of the means , the inner door can be opened together with the outer door or independently of the outer door , wherein the means are inaccessible when the outer door is closed, wherein a releasable engagement is implemented between the outer door and the inner door , and wherein the engagement is implemented as a permanent magnet , arranged on one of the outer door and the inner door , which interacts with the other one of the outer door and inner door , or with a magnetizable element arranged on the other one of the outer door or the inner door .
Portable power tool, in particular angle grinder, comprising a housing , which has in particular at least one housing cover or one housing halfshell and in which a drive and an electronic device having an interface for electrically connecting the electronic device are accommodated, and a housing inner part , which is configured in particular as a drive housing and supports the electronic device , wherein the interface has at least one first electrical interface contact region characterized in that the portable power tool has at least one second interface contact region spaced apart from the first interface contact region, wherein at least one insulating element spaced apart from the interface contact regions is arranged between the housing inner part and the electronic device, said insulating element being intended to avoid an electrical short-circuiting connection between the first interface contact region and the second interface contact region.