mhurhangee/patent-ind-claim-en huggingface dataset:
A blister package having, formed on a piece of a molding sheet, a case accommodation part accommodating a case having a cover therein and simultaneously a a refill or cartridge type content accommodation part formed on the molding sheet and filled with and accommodating contents and a sample content accommodation part filled with sample contents of a prototype in development or a not-for-sale product which was completed in its development; and in which the molding sheet has a covering film attached on a back side thereof; said blister package further comprising: a cartridge or refill cutting line which is formed along a lower edge part of the content accommodation part having a notched part for connection at one part thereof to provide a flange part on the content accommodation part being configured to selectively enable an individual separation and tear-off on the molding sheet and the covering film so as to form an independent cartridge or refill package container; a sample notched line which is formed on the molding sheet and configured to selectively enable the sample content accommodation part to be individually separated and torn off on the molding sheet and the covering film so as to form an independent sample package container; said case accommodation part, content accommodation part and sample content accommodation part having arbitrary form. a cartridge or refill cutting line which is formed along a lower edge part of the content accommodation part having a notched part for connection at one part thereof to provide a flange part on the content accommodation part being configured to selectively enable an individual separation and tear-off on the molding sheet and the covering film so as to form an independent cartridge or refill package container; a sample notched line which is formed on the molding sheet and configured to selectively enable the sample content accommodation part to be individually separated and torn off on the molding sheet and the covering film so as to form an independent sample package container; said case accommodation part, content accommodation part and sample content accommodation part having arbitrary form.
Process for fabricating a donor substrate for the production of a three-dimensional integrated structure , comprising the following steps: - providing a semiconductor substrate comprising a surface layer , referred to as an active layer, and a layer containing a plurality of cavities extending beneath the active layer, each cavity being separated from an adjacent cavity by a wall , - forming an electronic device in a region of the active layer located plumb with a cavity , - depositing a protective mask on the active layer so as to cover said electronic device while exposing a region of the active layer located plumb with each wall , - implanting atomic species through the regions of the active layer exposed by the mask, to form a weakened zone in each wall . - providing a semiconductor substrate comprising a surface layer , referred to as an active layer, and a layer containing a plurality of cavities extending beneath the active layer, each cavity being separated from an adjacent cavity by a wall , - forming an electronic device in a region of the active layer located plumb with a cavity , - depositing a protective mask on the active layer so as to cover said electronic device while exposing a region of the active layer located plumb with each wall , - implanting atomic species through the regions of the active layer exposed by the mask, to form a weakened zone in each wall .
An absorbent article comprising: a liquid permeable topsheet , a liquid impermeable backsheet , and an absorbent core positioned between said topsheet and backsheet , wherein the absorbent core comprises an absorbent material , said absorbent material comprising a mixture, or blend, of cellulose fibers and superabsorbent polymers, wherein the absorbent core comprises at least a top layer (L1) and a bottom layer (L2) wherein the bottom layer (L2) is positioned between the top layer (L1) and the backsheet , and wherein said absorbent material is contained within at least one core wrap substrate enclosing said absorbent material therein, characterized in that the at least top layer (L1) and a bottom layer (L2) are directly stacked one on top of the other to form a contact zone (Zc) where the top layer (L1) directly adjoins to the bottom layer (L2), and wherein the top layer (L1) comprises one or more first superabsorbent polymer grades (SAP1) and the bottom layer (L2) comprises one or more second superabsorbent polymer grades (SAP2), wherein the first superabsorbent polymer grades (SAP1) have an AUL that is greater than the AUL of second superabsorbent polymer grades (SAP2), and wherein the first superabsorbent polymer grades (SAP1) have an AUL, as measured according to the test method herein, of greater than 15 g/g, and wherein the top layer (L1) has a first ratio (R1) of SAP1 to cellulose fibers and the bottom layer (L2) has a second ratio (R2) of SAP2 to cellulose fibers and in that R2 is less than R1. a liquid permeable topsheet , a liquid impermeable backsheet , and an absorbent core positioned between said topsheet and backsheet , wherein the absorbent core comprises an absorbent material , said absorbent material comprising a mixture, or blend, of cellulose fibers and superabsorbent polymers, wherein the absorbent core comprises at least a top layer (L1) and a bottom layer (L2) wherein the bottom layer (L2) is positioned between the top layer (L1) and the backsheet , and wherein said absorbent material is contained within at least one core wrap substrate enclosing said absorbent material therein, characterized in that the at least top layer (L1) and a bottom layer (L2) are directly stacked one on top of the other to form a contact zone (Zc) where the top layer (L1) directly adjoins to the bottom layer (L2), and wherein the top layer (L1) comprises one or more first superabsorbent polymer grades (SAP1) and the bottom layer (L2) comprises one or more second superabsorbent polymer grades (SAP2), wherein the first superabsorbent polymer grades (SAP1) have an AUL that is greater than the AUL of second superabsorbent polymer grades (SAP2), and wherein the first superabsorbent polymer grades (SAP1) have an AUL, as measured according to the test method herein, of greater than 15 g/g, and wherein the top layer (L1) has a first ratio (R1) of SAP1 to cellulose fibers and the bottom layer (L2) has a second ratio (R2) of SAP2 to cellulose fibers and in that R2 is less than R1.
An electrical storage system , comprising: an electric storage zone ; an electric storage positioned within the electric storage zone; a cooling fluid source in fluid communication with the electric storage zone via a fluid flow path, wherein the cooling fluid source is configured and adapted to dilute and displace smoke or gas generated by a failing or failed battery cell; a modulating valve in the fluid flow path downstream from the cooling fluid source and upstream from the electric storage zone; and a detector in fluid communication with the electric storage zone and configured and adapted to sense at least one of smoke, gas, or other particulates, and adjust the modulating valve to increase a cooling airflow to the electric storage zone. an electric storage zone ; an electric storage positioned within the electric storage zone; a cooling fluid source in fluid communication with the electric storage zone via a fluid flow path, wherein the cooling fluid source is configured and adapted to dilute and displace smoke or gas generated by a failing or failed battery cell; a modulating valve in the fluid flow path downstream from the cooling fluid source and upstream from the electric storage zone; and a detector in fluid communication with the electric storage zone and configured and adapted to sense at least one of smoke, gas, or other particulates, and adjust the modulating valve to increase a cooling airflow to the electric storage zone.
An audio device configured to be used by a user comprising: an audio unit ; an organism sensor unit configured to be inserted into an ear of the user; a housing unit comprising the audio unit ; and a joint portion , wherein in a state in which the audio device is worn by the user the joint portion extends from the bottom of the housing unit , and said joint portion supports the organism sensor unit at a position blocking the ear shell of the user, characterized in that the audio unit is configured to externally abut on the ear of the user without being inserted into the ear of the user; and the audio unit comprises a piezoelectric element that curves and a panel that vibrates when directly bent by the piezoelectric element . an audio unit ; an organism sensor unit configured to be inserted into an ear of the user; a housing unit comprising the audio unit ; and a joint portion , wherein in a state in which the audio device is worn by the user the joint portion extends from the bottom of the housing unit , and said joint portion supports the organism sensor unit at a position blocking the ear shell of the user, characterized in that the audio unit is configured to externally abut on the ear of the user without being inserted into the ear of the user; and the audio unit comprises a piezoelectric element that curves and a panel that vibrates when directly bent by the piezoelectric element .
A virtual hair coloration system, comprising: a projector configured to project digital content including projectable hair color content onto the user's hair; and a dynamic mapping unit (24; 30) operably coupled to the projector, wherein the dynamic mapping unit is configured to establish a dynamic correspondence between pixels of the projector and features of the user's hair, characterized in that the virtual hair coloration system is configured to: - partition a digital representation of a user's head into a plurality of hair segments and generate a virtual coloration segmentation mask and, - generate said projectable hair color content based at least on input associated with the plurality of hair segments, wherein said projectable hair color content includes instructions for applying hair coloring. a projector configured to project digital content including projectable hair color content onto the user's hair; and a dynamic mapping unit (24; 30) operably coupled to the projector, wherein the dynamic mapping unit is configured to establish a dynamic correspondence between pixels of the projector and features of the user's hair, characterized in that the virtual hair coloration system is configured to: - partition a digital representation of a user's head into a plurality of hair segments and generate a virtual coloration segmentation mask and, - generate said projectable hair color content based at least on input associated with the plurality of hair segments, wherein said projectable hair color content includes instructions for applying hair coloring. - partition a digital representation of a user's head into a plurality of hair segments and generate a virtual coloration segmentation mask and, - generate said projectable hair color content based at least on input associated with the plurality of hair segments, wherein said projectable hair color content includes instructions for applying hair coloring.
Synthetic silicate granules comprising: 52.5-59.8 wt% of SiO 2 , 33.5-41.1 wt% of Al 2 O 3 , and 0.3-3.1 wt% of Na 2 O, based on the weight of the synthetic silicate granules. 52.5-59.8 wt% of SiO 2 , 33.5-41.1 wt% of Al 2 O 3 , and 0.3-3.1 wt% of Na 2 O,
An apparatus for trimming plant material , the apparatus comprising: - a rotatable tumbler through which the plant material is to be axially propagated while rotationally tumbling, and - a plurality of cutting reel systems adjacent the tumbler , the plurality comprising: -- a first cutting reel system adjacent the tumbler , and -- a second cutting reel system adjacent the tumbler and angularly spaced apart from the first cutting reel system about a rotational axis of the tumbler . - a rotatable tumbler through which the plant material is to be axially propagated while rotationally tumbling, and - a plurality of cutting reel systems adjacent the tumbler , the plurality comprising: -- a first cutting reel system adjacent the tumbler , and -- a second cutting reel system adjacent the tumbler and angularly spaced apart from the first cutting reel system about a rotational axis of the tumbler . -- a first cutting reel system adjacent the tumbler , and -- a second cutting reel system adjacent the tumbler and angularly spaced apart from the first cutting reel system about a rotational axis of the tumbler .
A fixed system for protection against falls from height, comprising posts and a steel rope of a horizontal system positionable substantially parallel to a roof surface whereby the fixed system comprises a further steel rope of a vertical system , whereby an upper segment of the further rope is fixedly connected to one of the posts of the horizontal system , the steel rope of the horizontal system being, in the installed state of the system on a roof, fixedly situated above the roof level by means of at least two of the posts of the horizontal system and the steel rope of the vertical system or horizontal system is provided with a connection assembly characterized in that the connection assembly comprises a plug provided with a mandre , a guide and a circular tubing , in which the end of one segment of the steel rope of the vertical or horizontal system is fixed in position, as well as a plug socket for the plug, positioned in a mounting element provided with a guide with a circular tube , in which the end of the next segment of the steel rope of the vertical or horizontal system is in fixed position respectively.
A sample preprocessing system comprising: carriers each loaded with sample containers; a conveyance line for carrying each carrier; a plurality of processing units arranged along the conveyance line, including at least a centrifuge unit for centrifuging the sample containers in a collective manner; and a controller for instructing the processing units to process the samples in addition to instructing the conveyance line to convey the carriers; characterised in that : it , and a sample handling mechanism for transferring the sample containers from the carriers to adapters on the adapter retaining unit and from the adapters on the adapter retaining unit to the carriers, and a centrifuging mechanism for centrifuging the adapters, and in that the controller is programmed to change the order for feeding out the samples from the centrifuge unit after centrifugation, from the order of the transfer of the samples into the centrifuge unit, by changing the order of loading the carriers with the sample containers by the sample handling mechanism. carriers each loaded with sample containers; a conveyance line for carrying each carrier; a plurality of processing units arranged along the conveyance line, including at least a centrifuge unit for centrifuging the sample containers in a collective manner; and a controller for instructing the processing units to process the samples in addition to instructing the conveyance line to convey the carriers; characterised in that : it , and a sample handling mechanism for transferring the sample containers from the carriers to adapters on the adapter retaining unit and from the adapters on the adapter retaining unit to the carriers, and a centrifuging mechanism for centrifuging the adapters, and in that the controller is programmed to change the order for feeding out the samples from the centrifuge unit after centrifugation, from the order of the transfer of the samples into the centrifuge unit, by changing the order of loading the carriers with the sample containers by the sample handling mechanism. it , and a sample handling mechanism for transferring the sample containers from the carriers to adapters on the adapter retaining unit and from the adapters on the adapter retaining unit to the carriers, and a centrifuging mechanism for centrifuging the adapters, and in that the controller is programmed to change the order for feeding out the samples from the centrifuge unit after centrifugation, from the order of the transfer of the samples into the centrifuge unit, by changing the order of loading the carriers with the sample containers by the sample handling mechanism.
A drug delivery system for a patient comprising an insulin delivery device , a user interface , and a controller, the controller comprising instructions and a user definable threshold criterion (114; 116) of a residual availability of a drug provided in a reservoir of the drug delivery system, wherein the drug is insulin, wherein executing of the instructions by the controller causes the controller to control the drug delivery system to a. determine the amount of the drug that is currently available to the patient, b. compare the determined amount with the threshold criterion (114; 116), c. in response to the comparison, in case the determined amount is lower than or equal to the threshold criterion (114; 116), providing a signal to the patient via the user interface ; characterised in that executing of the instructions by the controller further causes the controller to control the drug delivery system to dynamically adjust the threshold criterion (114; 116) based on any of the following: a current location (200; 202; 204) of the patient and/or a future location (200; 202; 204) where the patient will be located in a future time period, the dynamical adjustment taking into account a spatial availability of a drug at said location for replenishment of the reservoir , or a current time point, the dynamical adjustment taking into account a temporal availability of a drug for replenishment of the reservoir . a. determine the amount of the drug that is currently available to the patient, b. compare the determined amount with the threshold criterion (114; 116), c. in response to the comparison, in case the determined amount is lower than or equal to the threshold criterion (114; 116), providing a signal to the patient via the user interface ;
A method for producing a tube composite from microcable tubes for accommodating and guiding telecommunications lines , according to which the individual microcable tubes are provided and combined with at least one tubular sheath to form a multi-tube bundle , wherein the sheath is extruded with the aid of a sheathing extruder onto or around the bundle of the microcable tubes such that the tubular sheath is applied to the microcable tubes in a suctioning manner to produce the multi-tube bundle, characterised in that the sheath is provided with a profile on its inner face facing the microcable tubes , wherein the profile is composed of longitudinal corrugations (5 h , 5 l ), wherein the longitudinal corrugations (5 h , 5 l ) are made in the sheath with at least two different corrugation heights, wherein two longitudinal corrugations (5 h ) of large corrugation height enclose two longitudinal corrugations (5 l ) of small corrugation height, so that when the multi-tube bundle is in the produced state only the longitudinal corrugations (5 h ) of large corrugation height bear internally against the outer circumference of the relevant cable tube , and when the multi-tube bundle is widened, for example when being wound onto a drum, the longitudinal corrugations (5 l ) of smaller corrugation height also come into contact with the outer circumference of the relevant cable tube situated in the interior or the multiple cable tubes . wherein the sheath is extruded with the aid of a sheathing extruder onto or around the bundle of the microcable tubes such that the tubular sheath is applied to the microcable tubes in a suctioning manner to produce the multi-tube bundle, characterised in that the sheath is provided with a profile on its inner face facing the microcable tubes , wherein the profile is composed of longitudinal corrugations (5 h , 5 l ), wherein the longitudinal corrugations (5 h , 5 l ) are made in the sheath with at least two different corrugation heights, wherein two longitudinal corrugations (5 h ) of large corrugation height enclose two longitudinal corrugations (5 l ) of small corrugation height, so that when the multi-tube bundle is in the produced state only the longitudinal corrugations (5 h ) of large corrugation height bear internally against the outer circumference of the relevant cable tube , and when the multi-tube bundle is widened, for example when being wound onto a drum, the longitudinal corrugations (5 l ) of smaller corrugation height also come into contact with the outer circumference of the relevant cable tube situated in the interior or the multiple cable tubes .
A piezoelectric ceramic air pump, comprising: a pump body , a piezoelectric ceramic crystal diaphragm , and air inlet and output valves , the piezoelectric ceramic crystal diaphragm being co-central-axially mounted on the pump body to construct a working pump chamber for the piezoelectric ceramic air pump; wherein the pump body is approximately tubular, with the diameter being much greater than the axial length, and air inlet and outlet ports configured to communicate the working pump chamber with an external air passage are arranged at a position of a peripheral wall of the pump body ; the air inlet and output valves are mounted at the position of the air inlet and outlet ports ; and the piezoelectric ceramic air pump further comprises an air inlet and outlet component configured to respectively laminate the air inlet and outlet valves onto the air inlet and outlet ports , such that air inlet and outlet holes on the air inlet and outlet component are in communication with the air inlet and outlet valves and the air inlet and outlet ports to form air inlet and outlet passages in communication with the external air passage; and the air inlet and outlet valves are independently molded or manufactured into an integral valve sheet which is provided with a positioning hole configured to perform fitting-based positioning on the peripheral wall of the pump body .