mhurhangee/patent-ind-claim-en huggingface dataset:
A floor element for forming a floor covering, wherein the floor element comprises a decorative layer made of a ceramic material , a brittle material, natural stone, glass or concrete and a support layer arranged below this decorative layer , wherein the support layer comprises edges provided with coupling elements configured to realize a mechanical coupling with coupling elements of an adjacent floor element and wherein the floor element comprises a reinforcing layer arranged in between the decorative layer and the support layer , characterized in that the support layer is made of fiber cement.
A vehicular airbag device comprising an airbag which opens an airbag door openably sealing an opening formed on an instrument panel , which deploys and expands rearward in a vehicle longitudinal direction from the opening toward an occupant sitting on a front seat of a vehicle, and which catches the occupant while being supported by the instrument panel , wherein when the airbag is fully deployed and expanded, with respect to a center line (#X-#X, X-X) of the opening in a vehicle left-right width direction as a reference, an outer shape of the airbag on a vehicle interior side of the center line has a dimension in the vehicle width direction from the center line (#X-#X, X-X) at a rear edge position of the instrument panel in the vehicle longitudinal direction which (#WB, WB) is greater than a dimension in the vehicle width direction (#WC, WC) from the center line (#X-#X, X-X) at a center position of the opening in the vehicle longitudinal direction which is more forward in the vehicle longitudinal direction than the rear edge position of the instrument panel , characterized in that the dimension in the vehicle width direction (#WB, WB) at the rear edge position of the instrument panel and the dimension in the vehicle width direction (#WC, WC) at the center position of the opening in the vehicle longitudinal direction which is more forward in the vehicle longitudinal direction than the rear edge position of the instrument panel are both greater than a maximum dimension in the vehicle width direction (#WC, WC) from the center line (#X-#X, X-X) on a vehicle interior side of the center line (#X-#X, X-X) at a vertical section including an apex position of the airbag which is more rearward in the vehicle longitudinal direction than the rear edge position of the instrument panel .
An array of gender-specific pant type disposable absorbent articles (1; 1'), said array comprising: a first disposable absorbent article adapted to be worn by males, the article having, in its longitudinal direction, a front portion , a back portion and a crotch portion between the front portion and the back portion , and a first elastic component configured for providing fit and comfort of the article to a male user; and a second disposable absorbent article adapted to be worn by females, the article having, in its longitudinal direction, a front portion , a back portion and a crotch portion between the front portion and the back portion , and a second elastic component configured for providing fit and comfort of the article to a female user; said first elastic component and said second elastic component comprising a plurality of elastic elements (31a-e; 31'a-g) extending at least partly along each article (1; 1'); said elastic components (31; 31') form part of at least the back portion of the first absorbent article and the back portion of the second absorbent article , respectively, characterized in that first elastic component and the second elastic component differ from each other from a selection of at least the positioning and the elastic strength of said elastic elements (31a-e; 31'a-g) and in that the elastic elements (31a-e; 31'a-g) are divided into an upper section and a lower section and wherein the above-mentioned differences in at least the positioning or the elastic strength of said elastic elements (31a-e; 31'a-g) are provided in the lower section only. a first disposable absorbent article adapted to be worn by males, the article having, in its longitudinal direction, a front portion , a back portion and a crotch portion between the front portion and the back portion , and a first elastic component configured for providing fit and comfort of the article to a male user; and a second disposable absorbent article adapted to be worn by females, the article having, in its longitudinal direction, a front portion , a back portion and a crotch portion between the front portion and the back portion , and a second elastic component configured for providing fit and comfort of the article to a female user; said first elastic component and said second elastic component comprising a plurality of elastic elements (31a-e; 31'a-g) extending at least partly along each article (1; 1'); said elastic components (31; 31') form part of at least the back portion of the first absorbent article and the back portion of the second absorbent article , respectively, characterized in that first elastic component and the second elastic component differ from each other from a selection of at least the positioning and the elastic strength of said elastic elements (31a-e; 31'a-g) and in that the elastic elements (31a-e; 31'a-g) are divided into an upper section and a lower section and wherein the above-mentioned differences in at least the positioning or the elastic strength of said elastic elements (31a-e; 31'a-g) are provided in the lower section only.
A garment having an outer side and an inner side comprising a breathable laminate and an outer layer fabric, said breathable laminate comprising a microporous membrane situated in a face to face relationship with a nonwoven nanofiber layer, wherein the nanofibers are fibers having a number average diameter or cross section of less than 1000 nm, measured according to the description. with a nanofiber layer, wherein nanofibers are fibers
Punch riveting apparatus (2; 3) for punch riveting with a vibration (S) supporting a punch force (F), having a vibration generating device for generating the vibration (S) supporting a punch force (F) in order to set a punch rivet in at least one component , a die for absorbing the punch force (F) and the vibration (S) supporting the punch force (F) during the setting of the punch rivet , and a test device for testing the mechanical quality of the rivet joint created with the punch rivet by way of a test vibration (P) generated by the vibration generating device , wherein the test device is additionally configured to carry out the test by way of a test vibration (P) that is applied to the punch rivet as an additional vibration to the vibration (S).
An axle assembly comprising: an axle housing that includes: a drop gear housing portion ; a center portion that extends from the drop gear housing portion and an arm portion that extends from the center portion and is configured to receive an axle shaft ; an electric motor module ; and a countershaft transmission module , characterized in that the drop gear housing portion defines a first mounting flange ; in that the center portion defines a second mounting flange ; in that the electric motor module is mounted to the first mounting flange ; in that the countershaft transmission module is mounted to the second mounting flange ; and in that the drop gear housing portion includes a connecting wall that extends from the first mounting flange to an end wall of the center portion and the connecting wall has a first arcuate portion that is radially disposed with respect to a first axis and a second arcuate portion that is radially disposed with respect to a countershaft axis that is disposed substantially parallel to the first axis . an axle housing that includes: a drop gear housing portion ; a center portion that extends from the drop gear housing portion and an arm portion that extends from the center portion and is configured to receive an axle shaft ; a drop gear housing portion ; a center portion that extends from the drop gear housing portion and an arm portion that extends from the center portion and is configured to receive an axle shaft ; an electric motor module ; and a countershaft transmission module , characterized in that the drop gear housing portion defines a first mounting flange ; in that the center portion defines a second mounting flange ; in that the electric motor module is mounted to the first mounting flange ; in that the countershaft transmission module is mounted to the second mounting flange ; and in that the drop gear housing portion includes a connecting wall that extends from the first mounting flange to an end wall of the center portion and the connecting wall has a first arcuate portion that is radially disposed with respect to a first axis and a second arcuate portion that is radially disposed with respect to a countershaft axis that is disposed substantially parallel to the first axis .
A method for stabilizing at least one frame part of a forest work unit , the forest work unit comprising at least two frame parts rotatable relative to one another about a substantially longitudinal rotation axis (C) of the forest work unit, characterized by determining a component of a moment applied by a payload to a frame part to be supported of the forest work unit, the component acting about the at least substantially longitudinal rotation axis (C) of the forest work unit; determining on the basis of at least the moment applied by the payload to the frame part to be supported a magnitude and direction of at least one support moment (T support ) required for stabilizing at least the frame part; and generating a support moment having a magnitude and direction that correspond to the determined required support moment (T support ) by at least one actuator , wherein a first of the frame parts of the forest work unit comprises said frame part to be supported to which the moment caused by the payload is primarily directed, and a second of the frame parts comprises a supporting frame part to which the load of the moment caused by the payload is distributed and/or transferred by means of stabilization by generating the required support moment (T support ) by means of said at least one actuator .
A mixer for mixing multi-component materials , the mixer comprising - a mixing element arranged at a longitudinal axis (A) of the mixer for mixing multi-component materials ; - an inlet section arranged at the longitudinal axis (A); wherein said inlet section comprises - a first channel for conducting a first component from an inlet side to an outlet side , wherein said first channel splits up into a set of sub-channels within the inlet section , the set of sub-channels opening into a set of first outlets arranged at the outlet side and the first outlets being configured to direct a flow of a first component of the multi-component material to the mixing element arranged at the outlet side , characterized in that said first channel further splits up into a set of sub-passages prior to splitting up into said set of sub-channels within the inlet section ; and in that the inlet section further comprises - an outlet region ; and - a second channel for conducting a second component from the inlet side to the outlet side , wherein said second channel has only one second outlet at the outlet region with the second outlet surrounding the first outlets . - a mixing element arranged at a longitudinal axis (A) of the mixer for mixing multi-component materials ; - an inlet section arranged at the longitudinal axis (A); - a first channel for conducting a first component from an inlet side to an outlet side , wherein said first channel splits up into a set of sub-channels within the inlet section , the set of sub-channels opening into a set of first outlets arranged at the outlet side and the first outlets being configured to direct a flow of a first component of the multi-component material to the mixing element arranged at the outlet side , characterized in that said first channel further splits up into a set of sub-passages prior to splitting up into said set of sub-channels within the inlet section ; - an outlet region ; and - a second channel for conducting a second component from the inlet side to the outlet side , wherein said second channel has only one second outlet at the outlet region with the second outlet surrounding the first outlets .
A memory device, comprising: a substrate; a lower conductive line disposed above the substrate and extending in a first direction and an upper conductive line disposed above the lower conductive line and extending in a second direction crossing the first direction; and a memory cell stack between the lower and upper conductive lines, the memory cell stack comprising: a storage element ; and a lateral plateau region between the storage element and the lower conductive line such that a width of the memory cell stack immediately below the lateral plateau region to the lower conductive line is greater than a width of the memory cell stack immediately above the lateral plateau region to the upper conductive line , wherein the memory cell stack further comprises a middle electrode between the storage element and a selector element , and characterized in that the lateral plateau region is between the storage element and the middle electrode , wherein the lateral plateau region is wider than the storage element in the first direction and in the second direction. a substrate; a lower conductive line disposed above the substrate and extending in a first direction and an upper conductive line disposed above the lower conductive line and extending in a second direction crossing the first direction; and a memory cell stack between the lower and upper conductive lines, the memory cell stack comprising: a storage element ; and a lateral plateau region between the storage element and the lower conductive line such that a width of the memory cell stack immediately below the lateral plateau region to the lower conductive line is greater than a width of the memory cell stack immediately above the lateral plateau region to the upper conductive line , wherein the memory cell stack further comprises a middle electrode between the storage element and a selector element , and characterized in that the lateral plateau region is between the storage element and the middle electrode , wherein the lateral plateau region is wider than the storage element in the first direction and in the second direction. a storage element ; and a lateral plateau region between the storage element and the lower conductive line such that a width of the memory cell stack immediately below the lateral plateau region to the lower conductive line is greater than a width of the memory cell stack immediately above the lateral plateau region to the upper conductive line , wherein the memory cell stack further comprises a middle electrode between the storage element and a selector element , and characterized in that the lateral plateau region is between the storage element and the middle electrode , wherein the lateral plateau region is wider than the storage element in the first direction and in the second direction.
System for self-checkout of goods in a store, in particular in a supermarket, wherein the system comprises a plurality of shopping carts and/or shopping baskets , and wherein the system comprises at least one sales device, wherein the at least one sales device comprises a controller for controlling the sales device , a communication device for receiving and transmitting data from and into a network and at least one camera for creating an image of at least one view of an open side of a shopping cart or a shopping basket , wherein the at least one sales device comprises a support plate designed to the effect that the shopping cart or the shopping basket is placeable thereon, characterized in that the at least one sales device comprises a detector and a sensor , wherein the sensor automatically determines a unique identification number of the shopping cart or the shopping basket if the detector detects a shopping cart or a shopping basket on the support plate , and wherein the network comprises a verification unit , which generates a release signal if a list of goods associated with an identification number transmitted by the sales device corresponds to at least one image of at least one view of an open side of a shopping cart and a weight value of the shopping cart, wherein the at least one image and the weight value are determined and transferred by the sales device, wherein the list is a list of goods which should be situated in the shopping cart or the shopping basket , wherein the items of information about the goods are transmitted from a mobile terminal , individually or as a list, via the network to the verification unit , wherein the operator uses the mobile terminal to scan the goods selected by the operator during shopping.
A computer-implemented method for providing a spectrogram of blood flow velocities from ultrasound data, the method comprising: performing, with a beamformer , multi-line receive beamforming on ultrasound data; generating, with at least one processor , image data from the beamformed ultrasound data; organizing, with at least one processor , the image data received from the beamformer into a plurality of overlapping time segments; autocorrelating individual ones of the plurality of overlapping time segments; detecting a vessel in the image data of individual ones of the plurality of overlapping time segments based, at least in part, on the autocorrelating; fitting a one-dimensional contour to the vessel; integrating the image data from at least a portion of the 1D contour for individual time samples of the individual ones of the plurality of overlapping time segments; extracting a plurality of Doppler frequencies from the integrated image data of the individual ones of the plurality of overlapping time segments; calculating an angle between an ultrasound beam used to acquire the image data and the 1D contour; converting the plurality of Doppler frequencies to a plurality of velocities based, at least in part, on the angle; and plotting the plurality of velocities for individual ones of the plurality of overlapping time segments on a spectrogram. performing, with a beamformer , multi-line receive beamforming on ultrasound data; generating, with at least one processor , image data from the beamformed ultrasound data; organizing, with at least one processor , the image data received from the beamformer into a plurality of overlapping time segments; autocorrelating individual ones of the plurality of overlapping time segments; detecting a vessel in the image data of individual ones of the plurality of overlapping time segments based, at least in part, on the autocorrelating; fitting a one-dimensional contour to the vessel; integrating the image data from at least a portion of the 1D contour for individual time samples of the individual ones of the plurality of overlapping time segments; extracting a plurality of Doppler frequencies from the integrated image data of the individual ones of the plurality of overlapping time segments; calculating an angle between an ultrasound beam used to acquire the image data and the 1D contour; converting the plurality of Doppler frequencies to a plurality of velocities based, at least in part, on the angle; and plotting the plurality of velocities for individual ones of the plurality of overlapping time segments on a spectrogram.
Power tool with a rotary functional element of the roller type, in particular of the type with a surface restoration function, comprising an elongate shaft which has a rotary drive and is provided with two diametrically opposed longitudinal grooves for removably mounting at least one roller, and at least one roller which has a functional surface and comprises a hub which comprises a central hollow part constituting the part for mounting the roller on the shaft of the tool, characterized in that the central hollow part of the hub of the roller comprises two longitudinal ribs for mutual engagement which are diametrically opposed, extend longitudinally with respect to the central hollow part of the hub and are engaged by direct contact in said longitudinal grooves of the shaft of the tool.
A vacuum pyrolysis process for preparing a C 20 to C 60 wax from the thermal decomposition of plastic polyolefin polymer, the method comprising the steps of: i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; and iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor; wherein the plastic polyolefin polymer comprises polyethylene and polypropylene in a polyethylene to polypropylene weight ratio of from 60:40 to 90:10, and wherein the feed to the pyrolysis reactor comprises less than 1.0 wt.% of combined aromatic, halogenated and polyester polymers. i) introducing plastic polyolefin polymer into a thermal reaction zone of a vacuum pyrolysis reactor; ii) heating the plastic polyolefin polymer at sub-atmospheric pressure, wherein the temperature in the thermal reaction zone of the reactor is from 500 °C to 750 °C, to induce thermal decomposition of the plastic polyolefin polymer and to form a thermal decomposition product effluent which comprises a major portion by weight of a C 20 to C 60 wax fraction; and iii) condensing a vapour component of the thermal decomposition product effluent from the vacuum pyrolysis reactor;
A sleep posture alerting apparatus , including - an electronic control unit , - a body posture detecting sensor operatively connected to the control unit for detecting a posture of a person's body , and - an alarming device operatively connected to the control unit , wherein the sleep posture alerting apparatus has a normal operational mode for alerting during a sleep of the person , in which normal operational mode - when the posture of the body detected by the body posture detecting sensor exits a predefined posture range - the control unit is programmed to send an alarm signal to the alarming device , and the alarming device is configured to generate an alarm based on the signal received from the control unit , to alert said person, characterised in that the control unit is programmed to send during the normal operational mode and for a learning period for users in learning to sleep in new positions an alarm signal to the alarming device only in a part of the occasions where a sleep posture out of the predetermined body posture range is detected. - an electronic control unit , - a body posture detecting sensor operatively connected to the control unit for detecting a posture of a person's body , and - an alarming device operatively connected to the control unit , wherein the sleep posture alerting apparatus has a normal operational mode for alerting during a sleep of the person , in which normal operational mode - when the posture of the body detected by the body posture detecting sensor exits a predefined posture range - the control unit is programmed to send an alarm signal to the alarming device , and the alarming device is configured to generate an alarm based on the signal received from the control unit , to alert said person, characterised in that the control unit is programmed to send during the normal operational mode and for a learning period for users in learning to sleep in new positions an alarm signal to the alarming device only in a part of the occasions where a sleep posture out of the predetermined body posture range is detected.