mhurhangee/patent-ind-claim-en huggingface dataset:
A shaft coupling for transmitting a torque from a drive shaft to a driven shaft , the driven shaft comprising at least one hydraulic user which is supplied with hydraulic fluid via a rotary supply , a stator of the rotary supply comprising at least one pressure connection for being connected to an external hydraulic pipe, and a rotor of the rotary supply comprising at least one connection for a fluid pipe arrangement which is realized within the driven shaft and is designed for being connected to the user, and at least one annular channel being formed for connecting the external hydraulic pipe to the fluid pipe arrangement between the stator and the rotor , characterized in that the rotor of the rotary supply forms a component of the shaft coupling .
A granular absorbent product comprised of: (a) granules of an extruded granular absorbent comprised of at least 5 wt% cold water soluble binder by extruded granular absorbent weight that is formed in or during extrusion in an extruder of or from starch in the admixture from which the granular absorbent is extruded; and (b) granules of a non-extruded granular material comprised of cellulose or a cellulosic material; and wherein the proportion of granules of the extruded granular absorbent relative to the granules of the non-extruded granular material is great enough for at least a plurality of the extruded granular absorbent granules and at least a plurality of non-extruded granular material granules to agglutinate into a clump thereof when at least the plurality of the extruded granular absorbent granules is wetted with water or urine; and wherein the proportion of the non-extruded granular material relative to the extruded granular absorbent is at least 60 wt% of the non-extruded granular material and no more than 40 wt% of the extruded granular absorbent. (a) granules of an extruded granular absorbent comprised of at least 5 wt% cold water soluble binder by extruded granular absorbent weight that is formed in or during extrusion in an extruder of or from starch in the admixture from which the granular absorbent is extruded; and (b) granules of a non-extruded granular material comprised of cellulose or a cellulosic material; and wherein the proportion of granules of the extruded granular absorbent relative to the granules of the non-extruded granular material is great enough for at least a plurality of the extruded granular absorbent granules and at least a plurality of non-extruded granular material granules to agglutinate into a clump thereof when at least the plurality of the extruded granular absorbent granules is wetted with water or urine; and wherein the proportion of the non-extruded granular material relative to the extruded granular absorbent is at least 60 wt% of the non-extruded granular material and no more than 40 wt% of the extruded granular absorbent. wherein the proportion of granules of the extruded granular absorbent relative to the granules of the non-extruded granular material is great enough for at least a plurality of the extruded granular absorbent granules and at least a plurality of non-extruded granular material granules to agglutinate into a clump thereof when at least the plurality of the extruded granular absorbent granules is wetted with water or urine; and wherein the proportion of the non-extruded granular material relative to the extruded granular absorbent is at least 60 wt% of the non-extruded granular material and no more than 40 wt% of the extruded granular absorbent.
An aqueous inkjet ink composition for lamination, comprising: a colorant; an alkali-soluble or self-emulsifying aqueous polyurethane resin satisfying the following condition 1; and an aqueous medium: Condition 1: the alkali-soluble or self-emulsifying aqueous polyurethane resin is a reaction product of reaction components including hexamethylene diisocyanate, at least one selected from the group of polyester diol compounds represented by the following formula 1, and an acid group-containing diol compound: wherein Xs are each independently a hydrocarbon group represented by -CH 2 -CH 2 -CH 2 -CH 2 -CH 2 -CH 2 - or -CH 2 -CH 2 -CH(CH 3 )-CH 2 -CH 2 -, and n is an integer of 2 to 20. a colorant; an alkali-soluble or self-emulsifying aqueous polyurethane resin satisfying the following condition 1; and an aqueous medium: Condition 1: the alkali-soluble or self-emulsifying aqueous polyurethane resin is a reaction product of reaction components including hexamethylene diisocyanate, at least one selected from the group of polyester diol compounds represented by the following formula 1, and an acid group-containing diol compound: wherein Xs are each independently a hydrocarbon group represented by -CH 2 -CH 2 -CH 2 -CH 2 -CH 2 -CH 2 - or -CH 2 -CH 2 -CH(CH 3 )-CH 2 -CH 2 -, and n is an integer of 2 to 20.
Method of MR imaging of an object placed in an examination volume of a MR device , the method comprising the steps of: - subjecting the object to an imaging sequence comprising phase-modulated multi-slice RF pulses for simultaneously exciting two or more spatially separate image slices, - acquiring MR signals, wherein the MR signals are received in parallel via a set of at least two RF coils having different spatial sensitivity profiles within the examination volume, and - reconstructing a MR image for each image slice from the acquired MR signals, wherein MR signal contributions from the different image slices are separated on the basis of the spatial sensitivity profiles of the at least two RF coils and on the basis of the phase modulation scheme of the RF pulses, wherein the phase-modulation scheme of the RF pulses is derived from the spatial sensitivity profiles of the at least two RF coils , in that the phase-modulation scheme of the RF pulses is determined such that the conditioning of the inverse problem of the MR image reconstruction is optimized by minimizing a norm of ( S H S ) -1 S H , wherein S is the sensitivity matrix of the at least two RF coils , taking into account an individual spatial shift in the phase-encoding direction for each image slice induced by the phase-modulation of the RF pulses. - subjecting the object to an imaging sequence comprising phase-modulated multi-slice RF pulses for simultaneously exciting two or more spatially separate image slices, - acquiring MR signals, wherein the MR signals are received in parallel via a set of at least two RF coils having different spatial sensitivity profiles within the examination volume, and - reconstructing a MR image for each image slice from the acquired MR signals, wherein MR signal contributions from the different image slices are separated on the basis of the spatial sensitivity profiles of the at least two RF coils and on the basis of the phase modulation scheme of the RF pulses,
A method of presenting, on a device having a processor and a message store and operated by a user , messages associated with locations and written by individuals represented in at least two individual stores , the method comprising: executing on the processor instructions configured to: - receive, by the device , from the at least two individual stores the messages associated with locations and written by at least one individual; - aggregate, by the device, the messages received from the at least two individual stores in the message store ; - upon receiving from the user a request to present the messages: identify, by the device , a location associated with each of the messages ; generate, by the device , a map indicating the locations associated with the messages ; and present, by the device , the map to the user. - receive, by the device , from the at least two individual stores the messages associated with locations and written by at least one individual; - aggregate, by the device, the messages received from the at least two individual stores in the message store ; - upon receiving from the user a request to present the messages: identify, by the device , a location associated with each of the messages ; generate, by the device , a map indicating the locations associated with the messages ; and present, by the device , the map to the user. identify, by the device , a location associated with each of the messages ; generate, by the device , a map indicating the locations associated with the messages ; and present, by the device , the map to the user.
Control stand for controlling a crane, an excavator, a crawler, or a similar construction machine, having a seat , a plurality of control elements for inputting control elements, at least one display apparatus for displaying information which comprises at least one touchscreen display , as well as a control unit for generating adjustment signals in dependence on input control commands and/or for providing information to the display functions, characterized in that the touchscreen display at least partially forms the surface of a chair arm of the seat and/or extens along the chair arm approximately at the level of its upper side, wherein the touchscreen display comprises a three-dimensionally contoured display interface and/or touch interface that extends along a plurality of sides of a chair arm of the seat and forms a collar climbing out of the upper side of the chair arm, or is embedded in the contour of a grip portion of the control lever and continues the contour of the control lever surface.
A seat comprising: a seat frame ; an elastic sheet mounted to the seat frame in a tensioned state; and a trim provided on the elastic sheet , wherein the elastic sheet includes a fastening section for the trim , the trim includes a trim body and a fastened portion that is attached to the trim body and fastened to the fastening section with the trim body being stretched; and wherein the fastening section includes a gap, in which the fastened portion is inserted and fastened; characterized in that the elastic sheet includes an elastic sheet body mounted to the seat frame and a rectangular fastening plate attached to the top face of the elastic sheet body , in that the fastening plate is sewed on the elastic sheet at three locations which are at both ends and the middle in the longitudinal direction, in that two hooking sections of the trim end can each be inserted between the elastic sheet and the fastening plate in the section between two sewed portions, and in that on the elastic sheet between the adjacent sewed portions, a fastening section including the gap between the fastening plate and the elastic sheet body is provided as a fastener to fasten the hooking section . a seat frame ; an elastic sheet mounted to the seat frame in a tensioned state; and a trim provided on the elastic sheet , wherein the elastic sheet includes a fastening section for the trim , the trim includes a trim body and a fastened portion that is attached to the trim body and fastened to the fastening section with the trim body being stretched; and wherein the fastening section includes a gap, in which the fastened portion is inserted and fastened; characterized in that the elastic sheet includes an elastic sheet body mounted to the seat frame and a rectangular fastening plate attached to the top face of the elastic sheet body , in that the fastening plate is sewed on the elastic sheet at three locations which are at both ends and the middle in the longitudinal direction, in that two hooking sections of the trim end can each be inserted between the elastic sheet and the fastening plate in the section between two sewed portions, and in that on the elastic sheet between the adjacent sewed portions, a fastening section including the gap between the fastening plate and the elastic sheet body is provided as a fastener to fasten the hooking section .
A method for producing glycidyl (meth)acrylate, comprising: reacting 3-chloro-2-hydroxypropyl (meth)acrylate and a basic carbonate compound in a polar solvent, wherein the polar solvent is an alcohol. reacting 3-chloro-2-hydroxypropyl (meth)acrylate and a basic carbonate compound in a polar solvent, wherein the polar solvent is an alcohol.
A shift and hold conveying apparatus for removing oversize parcels, said apparatus comprising: a conveyor for conveying parcels including at least one low friction conveying surface having both a forward directional force and a lateral directional force, said conveyor including a plurality of driven skewed rollers having rotary axes skewed relative to a longitudinal direction of travel moving parcels forward and toward a first diverging sidewall ; said first diverging sidewall extending outwardly along an inward side edge of said conveyor at a selected position for a selected length converging parcels toward the center of the conveyor against said lateral directional force and lateral movement; a second lateral sidewall extending along an inward side edge of said conveyor at a selected position for a selected length downstream from at least a portion of said first sidewall; an offset extending from said first sidewall toward said second sidewall for shifting parcels inwardly towards the second lateral sidewall; and a high friction conveying surface of a selected width extending along an outer edge of said conveyor opposing said second sidewall , said high friction conveying surface raised a selected height above the surface of said low friction conveying surface and in flow communication therewith, said raised conveying surface forming a tip-over threshold. a conveyor for conveying parcels including at least one low friction conveying surface having both a forward directional force and a lateral directional force, said conveyor including a plurality of driven skewed rollers having rotary axes skewed relative to a longitudinal direction of travel moving parcels forward and toward a first diverging sidewall ; said first diverging sidewall extending outwardly along an inward side edge of said conveyor at a selected position for a selected length converging parcels toward the center of the conveyor against said lateral directional force and lateral movement; a second lateral sidewall extending along an inward side edge of said conveyor at a selected position for a selected length downstream from at least a portion of said first sidewall; an offset extending from said first sidewall toward said second sidewall for shifting parcels inwardly towards the second lateral sidewall; and a high friction conveying surface of a selected width extending along an outer edge of said conveyor opposing said second sidewall , said high friction conveying surface raised a selected height above the surface of said low friction conveying surface and in flow communication therewith, said raised conveying surface forming a tip-over threshold.
Hydraulic adjustment device for transverse adjustment of lower links of a three-point power lift on an agricultural machine, with two selectively actuatable hydraulic cylinders and a hydraulic control circuit for actuating the hydraulic cylinders , characterized in that the control circuit has a pressure control apparatus for generating an adjustable control pressure depending on an electrical control signal, and a pressure-controlled changeover valve which is connected to the pressure control apparatus and which, when a first control pressure value is applied, assumes a first switching position (S2) in which a first of the hydraulic cylinders is connected to a pressure sink and the second of the hydraulic cylinders is connected to a pressure source , and, when a second control pressure value is applied which is higher than the first control pressure value, assumes a second switching position (S3) in which the first hydraulic cylinder is connected to the pressure source and the second hydraulic cylinder is connected to the pressure sink .
Process for the production of a thermoplastic polyester using a reaction mixture comprising a dicarboxylic acid having a melting temperature of ≥ 200°C wherein the dicarboxylic acid is introduced to the process in the form of particles having an average particle diameter of ≥ 100 μm, wherein the reaction mixture further comprises a dihydroxyalkane being 1,4-butanediol, and wherein a quantity of a tetra(C1-C8) titanate is used as catalyst, wherein the average particle diameter of the dicarboxylic acid particles is determined as the D 50 particle size in accordance with ISO 9276-2:2014, and wherein the melting temperature of the dicarboxylic acid is determined in accordance with ASTM E324 .
A door module for use in an apparatus for freezing and storage of organic material, said apparatus comprising an internal conveyor system for transporting stored portions of material inside the apparatus , an insulated shell , a primary door in the shell facing the exterior of the apparatus and a secondary door in the shell facing the interior of the apparatus , where the secondary door opens to a limited number of the stored portions, and where the apparatus is an ultra low temperature freezer or a freezer arranged for operating below -80 degrees C, wherein the primary door and the secondary door are arranged so that portions of material can be deposited into or removed from the apparatus only when the primary door and the secondary door are open at the same time, said door module comprising the primary door 4t^and the secondary door , characterized in that the primary door and the secondary door are coupled such that when the primary door is opened and closed, the secondary door is also opened and closed in a substantially synchronous manner, contributing to a reduced thermal loss and hence to the temperature inside the apparatus being less affected, and further comprising means for interconnection to the insulated shell of the apparatus , wherein the primary and secondary doors are interconnected by a mechanical system , which transmits a force applied to the primary door to the secondary door in the form of a push or pull thereon.
A method for providing a drowsiness alert to a driver of a vehicle , the method comprising: - collecting (S202) current drive context data for the vehicle including driver behavior data for said driver, and a driving duration for the driver; - collecting (S204) traffic situation data indicative of at least a traffic intensity level for said vehicle and the time of the day, - determining (S205) a position of said vehicle, wherein said current drive context data, said traffic situation data, and said position form a drowsiness estimate data set , - providing (S206) the drowsiness estimate data set to a remote server , - determining, on said server, a drowsiness risk measure based on comparing said drowsiness estimate data set to historical drowsiness data including previously collected drowsiness estimate data sets from a plurality of vehicles and associated determined degree of drowsiness of the respective driver when the previous drowsiness estimate data sets were collected in the plurality of vehicles, wherein the determined degree of drowsiness was determined by a drowsiness detection system in the respective vehicle, - receiving (S208), by said vehicle from said remote server, the drowsiness risk measure, and - based on at least said drowsiness risk measure, providing (S210) a drowsiness alert to said driver. - collecting (S202) current drive context data for the vehicle including driver behavior data for said driver, and a driving duration for the driver; - collecting (S204) traffic situation data indicative of at least a traffic intensity level for said vehicle and the time of the day, - determining (S205) a position of said vehicle, wherein said current drive context data, said traffic situation data, and said position form a drowsiness estimate data set , - providing (S206) the drowsiness estimate data set to a remote server , - determining, on said server, a drowsiness risk measure based on comparing said drowsiness estimate data set to historical drowsiness data including previously collected drowsiness estimate data sets from a plurality of vehicles and associated determined degree of drowsiness of the respective driver when the previous drowsiness estimate data sets were collected in the plurality of vehicles, wherein the determined degree of drowsiness was determined by a drowsiness detection system in the respective vehicle, - receiving (S208), by said vehicle from said remote server, the drowsiness risk measure, and - based on at least said drowsiness risk measure, providing (S210) a drowsiness alert to said driver.
A method for manufacturing a semiconductor structure, comprising the following steps: - providing (E1) a handle substrate comprising a starting substrate and a weakened sacrificial layer covering the starting substrate ; - assembling (E2) the handle substrate with a substrate to be handled; - detaching (E4) the handle substrate at the sacrificial layer to form the semiconductor structure; - removing (E5) the residues from the sacrificial layer present on the starting substrate by selective etching of said sacrificial layer relative to the handle substrate, - forming a new weakened sacrificial layer on the starting substrate after said removal (E5) of the residues to form a new handle substrate, and - repeating the steps of assembling (E2) the new handle substrate with a substrate to be handled, of detaching (E4) said new handle substrate at the new sacrificial layer to form a new semiconductor structure, and of removing (E5) the residues from the new sacrificial layer present on the starting substrate by selective etching of said new sacrificial layer relative to the handle substrate, said method being characterized in that the sacrificial layer is a polysilicon layer and in that the weakening of the sacrificial layer is obtained by introducing atomic species into said sacrificial layer . - providing (E1) a handle substrate comprising a starting substrate and a weakened sacrificial layer covering the starting substrate ; - assembling (E2) the handle substrate with a substrate to be handled; - detaching (E4) the handle substrate at the sacrificial layer to form the semiconductor structure; - removing (E5) the residues from the sacrificial layer present on the starting substrate by selective etching of said sacrificial layer relative to the handle substrate, - forming a new weakened sacrificial layer on the starting substrate after said removal (E5) of the residues to form a new handle substrate, and - repeating the steps of assembling (E2) the new handle substrate with a substrate to be handled, of detaching (E4) said new handle substrate at the new sacrificial layer to form a new semiconductor structure, and of removing (E5) the residues from the new sacrificial layer present on the starting substrate by selective etching of said new sacrificial layer relative to the handle substrate,
Guide for a threading tape in a pulp dryer, the guide including a rotatably supported wheel on an axle and a bracket supporting the axle and to be attached to the pulp dryer, characterized in that the bracket includes two joint points for different directions each one of which having adjustment means of their own.