mhurhangee/patent-ind-claim-en huggingface dataset:
A retail case comprising: a base member having a bottom wall and at least two base walls extending from said bottom wall and having a first surface defining an outer surface of said base member and a second surface that cooperates with said bottom wall to define an inner surface of said base member ; and an upper member selectively attached to said base member and having a top wall and at least two upper walls extending from said top wall and including a first surface defining an outer surface of said upper member and a second surface that cooperates with said top wall to define an inner surface of said upper member , said upper walls being attached at said first surface to said second surface of respective ones of said base walls by two distinct attachment portions of said upper walls that are each selectively removable from said upper walls to allow each of said attachment portions to remain attached to said base member when said upper member is removed from said base member ; characterized in that each of said attachment portions associates with a flap portion and wherein said flap portions are attached to one another to connect said upper walls to one another within said base member . a base member having a bottom wall and at least two base walls extending from said bottom wall and having a first surface defining an outer surface of said base member and a second surface that cooperates with said bottom wall to define an inner surface of said base member ; and an upper member selectively attached to said base member and having a top wall and at least two upper walls extending from said top wall and including a first surface defining an outer surface of said upper member and a second surface that cooperates with said top wall to define an inner surface of said upper member , said upper walls being attached at said first surface to said second surface of respective ones of said base walls by two distinct attachment portions of said upper walls that are each selectively removable from said upper walls to allow each of said attachment portions to remain attached to said base member when said upper member is removed from said base member ; characterized in that each of said attachment portions associates with a flap portion and wherein said flap portions are attached to one another to connect said upper walls to one another within said base member .
A method for generating a drum pattern, the method comprising: receiving a user generated input including a plurality of events during a time interval; detecting the plurality of events in the user generated input, wherein a first classification is performed at a first latency for playback of a drum sample and a second classification is performed at a second latency, wherein the first latency is lower that the second latency; outputting the drum sample for each detected event as feedback based on the first classification in response to an event; analyzing the plurality of events based on the second classification performed at the second latency to define a rhythmic pattern based on number of events detected, placement of each event in the time interval, and duration of the time interval, wherein analyzing includes classifying each of the plurality of events into at least one type of drum pattern element; and generating a drum pattern based on the rhythmic pattern, wherein the drum pattern includes a drum element for each event of the rhythmic pattern. receiving a user generated input including a plurality of events during a time interval; detecting the plurality of events in the user generated input, wherein a first classification is performed at a first latency for playback of a drum sample and a second classification is performed at a second latency, wherein the first latency is lower that the second latency; outputting the drum sample for each detected event as feedback based on the first classification in response to an event; analyzing the plurality of events based on the second classification performed at the second latency to define a rhythmic pattern based on number of events detected, placement of each event in the time interval, and duration of the time interval, wherein analyzing includes classifying each of the plurality of events into at least one type of drum pattern element; and number of events detected, placement of each event in the time interval, and duration of the time interval, wherein analyzing includes classifying each of the plurality of events into at least one type of drum pattern element; and generating a drum pattern based on the rhythmic pattern, wherein the drum pattern includes a drum element for each event of the rhythmic pattern.
An assembly for recycling contaminated, in particular asbestos-containing, metal scrap comprising a furnace body , a melting furnace which is tiltably arranged therein and which comprises a casting device for casting a molten metal produced in the melting furnace into a ladle , and a hood-like housing which is arranged on the deck of the tiltable melting furnace and which surrounds and covers the upper melting furnace opening and comprises at least one door (1.1, 1.2) and a channel-like flue gas exhaust system which extends out of the hood-like housing in a gas-tight manner and is designed such that it follows all tilting movements of the melting furnace , wherein the channel-like flue gas exhaust system comprises a gas discharge channel fastened on the deck of the melting furnace as well as an end channel , wherein the gas discharge channel and the end channel are not connected to one another and wherein the end channel has its own, preferably hydraulic, drive by means of which the end channel can be moved synchronously with the melting furnace movement, such that the flue gas openings of the gas discharge channel and end channel always overlap, and an electronic control circuit is provided for the drive which causes the end channel to always follow the movement of the gas discharge channel.
A method comprising a) mixing a sample and a group of tagging polynucleotides, wherein the sample comprises a mixture of nucleic acids of different length and/or different sequence, wherein the tagging polynucleotides comprise a palindromic sequence configured to self-hybridize into a double stranded segment, and wherein the double stranded segment comprises a restriction site, wherein the tagging polynucleotides individually comprise an invariant sequence and a random sequence, and wherein the mixing is done under conditions such that the tagging polynucleotides bind the nucleic acids to form nucleic acids individually tagged with the random sequence; b) circularizing the nucleic acids individually tagged; c) amplifying with Rolling Circle Amplification (RCA) the nucleic acids individually tagged with random sequences into a mixture of homo-concatemers, wherein the homo-concatemers comprise a repeat of the nucleic acid from the sample and a repeat of the tagging polynucleotide; d) fragmenting the homo-concatemers to form homo-concatemer fragments; e) cleaving the homo-concatemer fragments with a restriction nuclease to produce cleaved homo-concatemer fragments, wherein the restriction nuclease cleaves a site within the invariant sequence on the tagging polynucleotides; and f) sequencing the homo-concatemer fragments. a) mixing a sample and a group of tagging polynucleotides, wherein the sample comprises a mixture of nucleic acids of different length and/or different sequence, wherein the tagging polynucleotides comprise a palindromic sequence configured to self-hybridize into a double stranded segment, and wherein the double stranded segment comprises a restriction site, wherein the tagging polynucleotides individually comprise an invariant sequence and a random sequence, and wherein the mixing is done under conditions such that the tagging polynucleotides bind the nucleic acids to form nucleic acids individually tagged with the random sequence; b) circularizing the nucleic acids individually tagged; c) amplifying with Rolling Circle Amplification (RCA) the nucleic acids individually tagged with random sequences into a mixture of homo-concatemers, wherein the homo-concatemers comprise a repeat of the nucleic acid from the sample and a repeat of the tagging polynucleotide; d) fragmenting the homo-concatemers to form homo-concatemer fragments; e) cleaving the homo-concatemer fragments with a restriction nuclease to produce cleaved homo-concatemer fragments, wherein the restriction nuclease cleaves a site within the invariant sequence on the tagging polynucleotides; and f) sequencing the homo-concatemer fragments.
A laundry treatment apparatus, including: a housing , provided with a housing opening in one side wall; a drawer , being capable to be inserted into or pulled out of the housing through the housing opening , and provided with a drawer opening in an upper side; a washing tub , located inside the drawer opening , used for storing washing water, and provided with a tub opening in an upper side; a door cover , disposed in a pivotal rotation manner, and used for opening or closing the tub opening; and a guide member is disposed above the door cover ; characterized in that the guide member extends from an upper edge of the housing opening to a side wall of the housing opposite to the housing opening , and is configured to guide the door cover of the washing tub to be moved out from the housing opening, wherein, a surface of the guide member has a slope inclined relative to the door cover and is extended obliquely upward from the upper edge of the housing opening towards the side wall of the housing opposite to the housing opening , and configured for taking a force for pressing downward on the door cover during moving out of the housing in an opened state. a housing , provided with a housing opening in one side wall; a drawer , being capable to be inserted into or pulled out of the housing through the housing opening , and provided with a drawer opening in an upper side; a washing tub , located inside the drawer opening , used for storing washing water, and provided with a tub opening in an upper side; a door cover , disposed in a pivotal rotation manner, and used for opening or closing the tub opening; and a guide member is disposed above the door cover ; characterized in that the guide member extends from an upper edge of the housing opening to a side wall of the housing opposite to the housing opening , and is configured to guide the door cover of the washing tub to be moved out from the housing opening, wherein, a surface of the guide member has a slope inclined relative to the door cover and is extended obliquely upward from the upper edge of the housing opening towards the side wall of the housing opposite to the housing opening , and configured for taking a force for pressing downward on the door cover during moving out of the housing in an opened state.
A wireless transmit/receive unit, WTRU , comprising: means for receiving, from a current cell, a handover command that instructs the WTRU to handover to a target cell, wherein the handover command includes an identification of the target cell and a sequence hopping enablement indication for a reference signal for a physical uplink control channel, PUCCH; means for performing a handover to the target cell in accordance with the received handover command; and means for transmitting the reference signal to the target cell based on the sequence hopping enablement indication. means for receiving, from a current cell, a handover command that instructs the WTRU to handover to a target cell, wherein the handover command includes an identification of the target cell and a sequence hopping enablement indication for a reference signal for a physical uplink control channel, PUCCH; means for performing a handover to the target cell in accordance with the received handover command; and means for transmitting the reference signal to the target cell based on the sequence hopping enablement indication.
A fully-automated order fulfillment system comprising: a facility for placing bulky items , which have been identified for pre-packing, in a bin , prior to storing any relatively less bulky item therein, to form at least one pre-packed bin; a storage facility , for storage of pre-packed bins each comprising one or more pre-picked bulky items pending picking of an order comprising at least one other non-bulky item stored in a storage and retrieval system ; and a retrieval and picking system adapted to, upon receipt of orders comprising a request for the at least one pre-packed bulky item and at least one non-bulky item, retrieve pre-packed bins and enable placement therein of one or more additional non-bulky items from the storage and retrieval system to form packed bins, and to deliver packed bins comprising the bulky and at least one other non-bulky item to a dispatch facility . a facility for placing bulky items , which have been identified for pre-packing, in a bin , prior to storing any relatively less bulky item therein, to form at least one pre-packed bin; a storage facility , for storage of pre-packed bins each comprising one or more pre-picked bulky items pending picking of an order comprising at least one other non-bulky item stored in a storage and retrieval system ; and a retrieval and picking system adapted to, upon receipt of orders comprising a request for the at least one pre-packed bulky item and at least one non-bulky item, retrieve pre-packed bins and enable placement therein of one or more additional non-bulky items from the storage and retrieval system to form packed bins, and to deliver packed bins comprising the bulky and at least one other non-bulky item to a dispatch facility .
Child seat for attaching to a motor vehicle seat, comprising a first anchoring means for anchoring the child seat and/or a seat unit of the child seat , and a second anchoring means for anchoring the child seat and/or the seat unit of the child seat , wherein the first anchoring means forms an upper anchoring means and the second anchoring means forms a lower anchoring means, or the first anchoring means forms a lower anchoring means and the second anchoring means forms an upper anchoring means, characterized in that the first anchoring means is designed such that it can adopt at least one first and a second configuration, wherein when the first anchoring means adopts the first configuration, an anchoring of the second anchoring means is blocked. wherein the first anchoring means forms an upper anchoring means and the second anchoring means forms a lower anchoring means, or the first anchoring means forms a lower anchoring means and the second anchoring means forms an upper anchoring means, characterized in that the first anchoring means is designed such that it can adopt at least one first and a second configuration, wherein when the first anchoring means adopts the first configuration, an anchoring of the second anchoring means is blocked.
A martensitic Cr-containing steel, characterized by comprising: a chemical composition consisting of, by mass%, Si: 0.05 to 1.00%, Mn: 0.1 to 1.0%, Cr: 8 to 12%, V: 0.01 to 1.0%, sol. Al: 0.005 to 0.10%, N: not more than 0.100%, one or two selected from the group consisting of Mo: 0 to 2% and W: 0 to 4%, C: not more than 0.10%, P: not more than 0.03%, S: not more than 0.01%, Ni: not more than 0.5%, O: not more than 0.01%, Nb: 0 to 1%, Ti: 0 to 1%, Zr: 0 to 1%, B: 0 to 0.01%, Ca: 0 to 0.01%, Mg: 0 to 0.01%, and rare earth metal (REM): 0 to 0.50%, with the balance being Fe and impurities, wherein an effective Cr amount defined by Formula is not less than 8%, and an Mo equivalent defined by Formula is 0.03 to 2%; a micro-structure wherein a grain size number (ASTM E112) of prior-austenite crystal grain is not less than 8.0, and which consists of, in volume fraction, 0 to 5% of ferrite and 0 to 5% of austenite, with the balance being tempered martensite; and a yield strength of 379 to 530 MPa, wherein a grain-boundary segregation ratio, which is defined, when either one of Mo and W is contained, as a ratio of a maximum content at grain boundaries to an average content within grains of the contained element, and when Mo and W are contained, as an average of ratios of a maximum content at grain boundaries to an average content within grains of each element, is not less than 1.5: Effective Cr amount = Cr − 16.6 × C Mo equivalent = Mo + 0.5 × W where, symbols of elements in Formulae and are substituted by corresponding contents (by mass%) of the elements. a chemical composition consisting of, by mass%, Si: 0.05 to 1.00%, Mn: 0.1 to 1.0%, Cr: 8 to 12%, V: 0.01 to 1.0%, sol. Al: 0.005 to 0.10%, N: not more than 0.100%, one or two selected from the group consisting of Mo: 0 to 2% and W: 0 to 4%, C: not more than 0.10%, P: not more than 0.03%, S: not more than 0.01%, Ni: not more than 0.5%, O: not more than 0.01%, Nb: 0 to 1%, Ti: 0 to 1%, Zr: 0 to 1%, B: 0 to 0.01%, Ca: 0 to 0.01%, Mg: 0 to 0.01%, and rare earth metal (REM): 0 to 0.50%, with the balance being Fe and impurities, wherein an effective Cr amount defined by Formula is not less than 8%, and an Mo equivalent defined by Formula is 0.03 to 2%; a micro-structure wherein a grain size number (ASTM E112) of prior-austenite crystal grain is not less than 8.0, and which consists of, in volume fraction, 0 to 5% of ferrite and 0 to 5% of austenite, with the balance being tempered martensite; and a yield strength of 379 to 530 MPa, wherein a grain-boundary segregation ratio, which is defined, when either one of Mo and W is contained, as a ratio of a maximum content at grain boundaries to an average content within grains of the contained element, and when Mo and W are contained, as an average of ratios of a maximum content at grain boundaries to an average content within grains of each element, is not less than 1.5: Effective Cr amount = Cr − 16.6 × C Mo equivalent = Mo + 0.5 × W where, symbols of elements in Formulae and are substituted by corresponding contents (by mass%) of the elements.
An electrically folding and unfolding multi-fold umbrella, comprising a handle , a pull cord , and an intermediate shaft fixedly connected with the handle , the handle being defined at one end of the intermediate shaft , an upper nest and a lower nest being defined at two sides of the intermediate shaft respectively, and the lower nest being adjacent to the handle , a motor , a first gear , and at least one pulley being all located in the upper nest , the first gear being coaxial with one pulley , a side of the motor adjacent to the handle defining a lead screw which being engaged with the first gear , an axis of the pulley being connected to an inner surface of the upper nest , a fixed pulley being defined at a side of an inner surface of the lower nest , one end of the pull cord being fixed in the end of the intermediate shaft adjacent to the handle , the other end of the pull cord being fixed on the upper nest after steering by the pulley in the upper nest and the fixed pulley in the lower nest in sequence.
A method for detecting at least one analyte in at least one sample of a body fluid, wherein at least one test element with at least one test field is used, the at least one test field having at least one test chemistry , wherein the test chemistry is adapted to perform at least one optically detectable detection reaction in the presence of the analyte, characterized in that the method comprises acquiring an image sequence of images of the test field by using at least one image detector , wherein each image comprises a plurality of pixels, wherein the method further comprises detecting at least one characteristic feature of the test field in the images of the image sequence, wherein the method further comprises correcting a relative position change between the image detector and the test field in the image sequence by using the characteristic feature, thereby obtaining a sequence of corrected images, wherein the sequence of corrected images is adapted for observing a time-dependent change of at least one optically detectable property of the test field due to the detection reaction of the test chemistry with the analyte to be detected, wherein the correction of the relative position change comprises using at least one image of the image sequence as a reference image, wherein the reference image is kept unchanged, wherein the remaining images of the image sequence are corrected by using at least one calculational correction of the position of the pixels, wherein the calculational correction is chosen such that a correlation between the reference image and the corrected remaining images of the image sequence is maximized, wherein the calculational correction comprises at least one of the following: - a shifting of the pixels of the remaining images of the image sequence in at least one spatial direction, wherein the shifting is chosen such that the correlation between the reference image and the corrected remaining images is maximized; - at least one rotation of the remaining images of the image sequence about at least one rotational axis by at least one rotation angle, wherein the rotational axis and/or the rotation angle are chosen such that the correlation between the reference image and the corrected remaining images is maximized. - a shifting of the pixels of the remaining images of the image sequence in at least one spatial direction, wherein the shifting is chosen such that the correlation between the reference image and the corrected remaining images is maximized; - at least one rotation of the remaining images of the image sequence about at least one rotational axis by at least one rotation angle, wherein the rotational axis and/or the rotation angle are chosen such that the correlation between the reference image and the corrected remaining images is maximized.