mhurhangee/ep-ind-claims huggingface dataset:
A washing machine, comprising: a cabinet having a first tub disposed therein; a first drum rotatably disposed in the first tub; a first door (120,120',120",420), having a second tub disposed therein, to open and close a laundry introduction opening formed at the cabinet; a hinge assembly to rotatably mount the first door to the cabinet; a second door to open and close a laundry introduction opening of the second tub; a first water supply part and a second water supply part to supply washing water to the first tub and the second tub, respectively; and a first water discharge part and a second water discharge part to discharge washing water from the first tub and the second tub, respectively, characterized by a second drum rotatably disposed in the second tub; and a driving unit to rotate the second drum within the second tub. a cabinet having a first tub disposed therein; a first drum rotatably disposed in the first tub; a first door (120,120',120",420), having a second tub disposed therein, to open and close a laundry introduction opening formed at the cabinet; a hinge assembly to rotatably mount the first door to the cabinet; a second door to open and close a laundry introduction opening of the second tub; a first water supply part and a second water supply part to supply washing water to the first tub and the second tub, respectively; and a first water discharge part and a second water discharge part to discharge washing water from the first tub and the second tub, respectively, characterized by a second drum rotatably disposed in the second tub; and a driving unit to rotate the second drum within the second tub.
A Process for the manufacture of a substrate for soil improvement with water-storing property on a lignin base, characterized in the following steps - Provision of lignin - Oxidation of lignin either in an aqueous, alkaline or a pH-neutral aqueous suspension, wherein, after the oxidation of the lignin, the pH-neutral aqueous suspension will be transferred into an alkaline environment, wherein for the oxidation of lignin hydrogen peroxide or a Fenton-system is used, the latter comprised of a combination of hydrogen peroxide and an Fe salt, or a mixture of hydrogen peroxide and an Mn salt - Crosslinking of lignin in an aqueous alkaline medium, using multifunctional compounds - Neutralisation, drying and crushing of the lignin. - Provision of lignin - Oxidation of lignin either in an aqueous, alkaline or a pH-neutral aqueous suspension, wherein, after the oxidation of the lignin, the pH-neutral aqueous suspension will be transferred into an alkaline environment, wherein for the oxidation of lignin hydrogen peroxide or a Fenton-system is used, the latter comprised of a combination of hydrogen peroxide and an Fe salt, or a mixture of hydrogen peroxide and an Mn salt - Crosslinking of lignin in an aqueous alkaline medium, using multifunctional compounds - Neutralisation, drying and crushing of the lignin.
Arrangement, wherein the arrangement has a supporting sleeve, has a hollow body and has a fastening means, wherein the supporting sleeve is of integral form, wherein the supporting sleeve has a shaft with a first shaft portion, with a second shaft portion, which adjoins the first shaft portion in an axial direction, and with a third shaft portion, which adjoins the second shaft portion in the axial direction, wherein the third shaft portion forms one end of the supporting sleeve, wherein the second shaft portion has a retaining means, wherein the retaining means projects radially outwards in relation to the first and third shaft portions (6, 8) and is deformable radially inwards counter to a restoring force, wherein the shaft has a slot over the entire axial length of the shaft, wherein the hollow body has two walls (15, 16) which are spaced apart in the axial direction, wherein the first wall of the two walls (15, 16) has a first passage opening and the second wall of the two walls (15, 16) has a second passage opening, wherein the supporting sleeve passes through the first passage opening, wherein the retaining means is arranged on a side of the first wall that is directed towards the second wall and the retaining means engages behind the first wall in the axial direction on the side directed towards the second wall, wherein the fastening means passes through the supporting sleeve and the two passage openings (17, 18), wherein, on those sides of the two walls (15, 16) which are directed away from one another, the fastening means has in each case one abutment element (20, 21), wherein one abutment element is adjustable in the axial direction in relation to the other abutment element, wherein the supporting sleeve is in contact with the second wall on a side which is directed towards the first wall.
A method operational within a memory controller for securing content comprising: allocating logical memory regions within a memory device to different domains; obtaining a different domain-specific key for each of the different domains, where each domain-specific key is a function of at least a master key and domain-specific information; encrypting content, at the memory controller, written into each logical memory region using a domain-specific key corresponding to a domain to which each logical memory region is allocated; and defining access permissions for one or more masters within a domain, where such access permissions serves as domain-specific information used to generate the domain-specific key. allocating logical memory regions within a memory device to different domains; obtaining a different domain-specific key for each of the different domains, where each domain-specific key is a function of at least a master key and domain-specific information; encrypting content, at the memory controller, written into each logical memory region using a domain-specific key corresponding to a domain to which each logical memory region is allocated; and defining access permissions for one or more masters within a domain, where such access permissions serves as domain-specific information used to generate the domain-specific key.
A processing plate (4, 12) for a device for mechanically processing lignocellulose-containing fibrous material, the processing plate (4, 12) comprising an inner periphery and an outer periphery and a front surface (5b, 13b), the front surface (5b, 13b) of the processing plate (4, 12) comprising a processing surface (9, 17) provided with projecting parts (6, 7, 14, 15), and that at least some of the projecting parts (7, 15) comprise a radially inner part having an inclined ascending wall towards the outer periphery of the processing plate (4, 12) and a radially outer part having an inclined descending wall towards the outer periphery of the processing plate (4, 12), the inner part and the outer part being radially coupled to each other by a ridge along a coupling line between the inner part and the outer part of the projecting part, wherein the inclined walls (29, 31) are mutually connected only partly so that they have in common only a crest section of the ridge which crest section is less than a width of at least one of the inclined ascending wall of the inner part and the inclined descending wall of the outer part at the coupling line. at least some of the projecting parts (7, 15) comprise a radially inner part having an inclined ascending wall towards the outer periphery of the processing plate (4, 12) and a radially outer part having an inclined descending wall towards the outer periphery of the processing plate (4, 12), the inner part and the outer part being radially coupled to each other by a ridge along a coupling line between the inner part and the outer part of the projecting part, wherein the inclined walls (29, 31) are mutually connected only partly so that they have in common only a crest section of the ridge which crest section is less than a width of at least one of the inclined ascending wall of the inner part and the inclined descending wall of the outer part at the coupling line.
A key structure with a scissors-type connecting member, said key structure comprising: a base plate; a keycap; and said scissors-type connecting member arranged between said base plate and said keycap for connecting said base plate with said keycap such that said keycap is moved upwardly or downwardly with respect to said base plate, said scissors-type connecting member comprising: a first frame comprising a first end connected to a gliding recess in the base plate, and a second end connected to a fixing recess in the keycap, the first frame comprising a first protrusion and a second protrusion; and a second frame connected with said first frame, the second frame comprising a first end connected to a fixing recess in the base plate and a second end connected to a gliding recess in the keycap, the second frame 222) comprising a first receiving recess for accommodating said first protrusion, a second receiving recess for accommodating said second protrusion, and a partition wall arranged between said first receiving recess and said second receiving recess and contacted with said first protrusion and said second protrusion, wherein when said first frame is swung with respect to said second frame, said first protrusion is sustained against a first side of said partition wall and moved on said first side of said partition wall, and said second protrusion is sustained against a second side of said partition wall and moved on said second side of said partition wall. a base plate; a keycap; and said scissors-type connecting member arranged between said base plate and said keycap for connecting said base plate with said keycap such that said keycap is moved upwardly or downwardly with respect to said base plate, said scissors-type connecting member comprising: a first frame comprising a first end connected to a gliding recess in the base plate, and a second end connected to a fixing recess in the keycap, the first frame comprising a first protrusion and a second protrusion; and a second frame connected with said first frame, the second frame comprising a first end connected to a fixing recess in the base plate and a second end connected to a gliding recess in the keycap, the second frame 222) comprising a first receiving recess for accommodating said first protrusion, a second receiving recess for accommodating said second protrusion, and a partition wall arranged between said first receiving recess and said second receiving recess and contacted with said first protrusion and said second protrusion, wherein when said first frame is swung with respect to said second frame, said first protrusion is sustained against a first side of said partition wall and moved on said first side of said partition wall, and said second protrusion is sustained against a second side of said partition wall and moved on said second side of said partition wall.
A method of decoding a transform unit of encoded video data using Golomb-Rice decoding, the transform unit being a block of frequency domain residual coefficients transformed from spatial domain residual data and the transform unit being divided into a plurality of subsets of multiple coefficients, said subsets being sequentially scanned in a predetermined scanning order during decoding, the method comprising: determining an initial estimate value of a Rice parameter for Golomb-Rice decoding from information decoded for a previous one of the subsets decoded before decoding a current subset; and Golomb-Rice decoding the current subset of the transform unit using the determined initial estimate value of a Rice parameter as an initial parameter for Golomb-Rice decoding. determining an initial estimate value of a Rice parameter for Golomb-Rice decoding from information decoded for a previous one of the subsets decoded before decoding a current subset; and Golomb-Rice decoding the current subset of the transform unit using the determined initial estimate value of a Rice parameter as an initial parameter for Golomb-Rice decoding.
A delivery system (100; 300; 400) for delivering an implant (10; 200) to a body lumen, the system comprising: an outer tubular member (102; 302; 402) defining a lumen (120; 320) and having a proximal end region (108; 308) and a distal end region (106; 306); an inner tubular member (104; 304; 404) defining a lumen (122; 322) and having a proximal end region (114; 314) and a distal end region (112; 312), the inner tubular member (104; 304; 404) slidably disposed within the lumen (120; 320) of the outer tubular member (102; 302; 402) and having at least one opening (132; 332, 334, 336, 338; 432) positioned in a side wall adjacent to the distal end region (112; 312), the at least one opening (132; 332, 334, 336, 338; 432) extending from an outer surface to an inner surface of the inner tubular member (104; 304; 404); an expandable implant (10; 200) disposed about the outer surface of the inner tubular member (104; 304; 404) adjacent the distal end region (112; 312) of the inner tubular member (104; 304; 404), the implant (10; 200) comprising at least a first rigid portion and a first flexible portion (14, 24); and a thread (124; 324; 436, 438) including a distal portion wrapped around the first flexible portion (14; 24) of the implant and configured to maintain the first flexible portion (14, 24) in a collapsed configuration; wherein the distal end region (106; 306) of the outer tubular member (102; 302; 402) is disposed over the first rigid portion of the implant and is configured to maintain the first rigid portion in a radially collapsed configuration. an outer tubular member (102; 302; 402) defining a lumen (120; 320) and having a proximal end region (108; 308) and a distal end region (106; 306); an inner tubular member (104; 304; 404) defining a lumen (122; 322) and having a proximal end region (114; 314) and a distal end region (112; 312), the inner tubular member (104; 304; 404) slidably disposed within the lumen (120; 320) of the outer tubular member (102; 302; 402) and having at least one opening (132; 332, 334, 336, 338; 432) positioned in a side wall adjacent to the distal end region (112; 312), the at least one opening (132; 332, 334, 336, 338; 432) extending from an outer surface to an inner surface of the inner tubular member (104; 304; 404); an expandable implant (10; 200) disposed about the outer surface of the inner tubular member (104; 304; 404) adjacent the distal end region (112; 312) of the inner tubular member (104; 304; 404), the implant (10; 200) comprising at least a first rigid portion and a first flexible portion (14, 24); and a thread (124; 324; 436, 438) including a distal portion wrapped around the first flexible portion (14; 24) of the implant and configured to maintain the first flexible portion (14, 24) in a collapsed configuration; wherein the distal end region (106; 306) of the outer tubular member (102; 302; 402) is disposed over the first rigid portion of the implant and is configured to maintain the first rigid portion in a radially collapsed configuration.
Driver for a slidable window pane, in particular of a motor vehicle, having a receiving depression for receiving an edge portion of the window pane, and having an elastically displaceable latching lug which is designed to engage in a latching aperture of the window pane in order to arrest the window pane on the driver, wherein the latching lug blocks the receiving depression in its starting position and has an insertion bevel assigned to the receiving depression, with the result that the latching lug is displaced by the insertion of the window pane into the latching depression into a position in which it releases the receiving depression, wherein the latching lug has a catch groove on the insertion bevel, characterized in that the catch groove extends parallel to the receiving depression over the entire width of the latching lug.
Ecocompatible container for the recycling of cigarette butts, constituted by a cylinder comprising an openable upper cover, an intermediate portion housing the internal devices and a base fixed to the ground and wherein inside said intermediate portion, a common hopper is present on the upper part with off-centered lower hole, the upper part of which enters into external communication with at least two openings, constituting an ashtray, obtained in the upper part of said intermediate portion and through which the cigarette butts or that which remains of a cigarette after its use are introduced, in that the off-centered lower hole directly introduces the contents of said hopper, i.e. the cigarette butts, in a screw placed horizontally and driven by a small motor of the hopper, wherein the operation of said screw, carried out at predetermined time intervals, ensures that the material present in said hopper, i.e. the cigarette butts, is introduced, by means of an opening obtained on the side of a screening basket, into the same screening basket, in that said screening basket is constituted by a totally perforated hollow cylinder capable of constituting by means of holes the screen of the substance to be separated, in that the rotation of said screening basket will move balls contained and the relative cigarette butts, allowing by means of mutual impact and friction the crushing of said cigarette butts and hence the effective separation of the delicate portion, i.e. the organic portion or the filter paper and the residual tobacco, from the resistant and fibrous portion constituted only by the cigarette filters, in that the aforesaid delicate portion, i.e. the organic portion, when it reaches a suitable mincing size will be forced by the pressure exerted by the aforesaid balls to pass through the holes of the aforesaid screening basket and falling by gravity will be accumulated in an underlying suitable collection container, in that once said passage through the holes is completed, always maintaining the rotation of the screening basket activated, the suction of the residual cigarette filters will occur by means of the driving of a small suction motor, in that said cigarette filters will be sucked into a superolateral opening of said screening basket and directed into a duct and finally in that said sucked cigarette filters will fall, being accumulated in an underlying filter accumulation chamber.
A method for generating a digital molding-shell design for use in the manufacture of a molding-shell for a patient's teeth, where the molding-shell and the teeth together enclose a volume for forming a dental restoration, where the method comprises: - obtaining a digital 3D representation of the patient's teeth, said digital 3D representation comprising a tooth part relating to one or more teeth for which the dental restoration is formed; - obtaining a set of one or more digital teeth anatomies; - arranging the set of digital teeth anatomies and the digital 3D representation according to a preferred relative arrangement; - determining a line of contact (438, 638, 739) for the digital 3D representation and the one or more digital teeth anatomies, where the line of contact is derived from an intersection of the digital 3D representation and the digital teeth anatomies; and - generating the digital molding-shell design where a first portion (442, 542) and a second portion (443, 543) of the digital molding-shell design together define an inner shell surface and where the first portion of the digital molding-shell design is derived from a section of the digital teeth anatomies coronal to the line of contact and the second portion of the digital molding-shell design is derived from a section of the tooth part of the digital 3D representation cervical to the line of contact. - obtaining a digital 3D representation of the patient's teeth, said digital 3D representation comprising a tooth part relating to one or more teeth for which the dental restoration is formed; - obtaining a set of one or more digital teeth anatomies; - arranging the set of digital teeth anatomies and the digital 3D representation according to a preferred relative arrangement; - determining a line of contact (438, 638, 739) for the digital 3D representation and the one or more digital teeth anatomies, where the line of contact is derived from an intersection of the digital 3D representation and the digital teeth anatomies; and - generating the digital molding-shell design where a first portion (442, 542) and a second portion (443, 543) of the digital molding-shell design together define an inner shell surface and where the first portion of the digital molding-shell design is derived from a section of the digital teeth anatomies coronal to the line of contact and the second portion of the digital molding-shell design is derived from a section of the tooth part of the digital 3D representation cervical to the line of contact.
A method for operating a system comprising a first Radio Frequency Identification, RFID, tag (112, 118, 200) and a remote tag reader (120, 300, 602), the method comprising: - monitoring a level of Radio Frequency, RF, energy being received by the first RFID tag (112, 118, 200); - performing operations by a circuit of the first RFID tag (112, 118, 200) to compare the level of RF energy in a given frequency band to a first threshold value; and - transitioning an operational mode of the first RFID tag (112, 118, 200) from a first operational mode in which a receiver of the first RFID tag (112, 118, 200) is disabled to a second operational mode in which the receiver of the first RFID tag (112, 118, 200) is enabled, when the level of RF energy exceeds the first threshold value; wherein the first RFID tag (112, 118, 200) is able to communicate with the remote tag reader (120, 300, 602) when the first RFID tag (112, 118, 200) is in the second operational mode and not when the first RFID tag (112, 118, 200) is in the first operational mode, characterized in that the method further comprises performing operations by the first RFID tag (112, 118, 200) to determine if a level of charge of a power source of the first RFID tag (112, 118, 200) is below a second threshold value. - monitoring a level of Radio Frequency, RF, energy being received by the first RFID tag (112, 118, 200); - performing operations by a circuit of the first RFID tag (112, 118, 200) to compare the level of RF energy in a given frequency band to a first threshold value; and - transitioning an operational mode of the first RFID tag (112, 118, 200) from a first operational mode in which a receiver of the first RFID tag (112, 118, 200) is disabled to a second operational mode in which the receiver of the first RFID tag (112, 118, 200) is enabled, when the level of RF energy exceeds the first threshold value; wherein the first RFID tag (112, 118, 200) is able to communicate with the remote tag reader (120, 300, 602) when the first RFID tag (112, 118, 200) is in the second operational mode and not when the first RFID tag (112, 118, 200) is in the first operational mode, characterized in that the method further comprises performing operations by the first RFID tag (112, 118, 200) to determine if a level of charge of a power source of the first RFID tag (112, 118, 200) is below a second threshold value. wherein the first RFID tag (112, 118, 200) is able to communicate with the remote tag reader (120, 300, 602) when the first RFID tag (112, 118, 200) is in the second operational mode and not when the first RFID tag (112, 118, 200) is in the first operational mode, characterized in that the method further comprises performing operations by the first RFID tag (112, 118, 200) to determine if a level of charge of a power source of the first RFID tag (112, 118, 200) is below a second threshold value.