mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing tape which has at least one main body from a soft foam which is capable of restoring after compression, wherein the sealing tape has an upper side , a lower side , and a first and a second side flank which connect the upper side and the lower side , wherein the side flanks extend so as to be substantially perpendicular to a functional direction (F) of the sealing tape , wherein an adhesive layer for adhering to a component , in particular a frame profile of a window or a door, is disposed in the region of the lower side , and wherein the sealing tape has a continuous barrier structure for reducing the water vapour diffusion permeability and/or the air permeability in the functional direction (F), said continuous barrier structure on the upper side extending from at least one of the first and the second side flank to a region between the first and the second side flank , there runs from the upper side in the direction of the lower side of the sealing tape , and subsequently extends along a lower side of the at least one main body , from the region between the first and the second side flank to at least one of the first and the second side flank , wherein the barrier structure is partially formed by a barrier layer disposed on the upper side of the at least one main body , characterized in that the barrier layer disposed on the upper side of the at least one main body comprises substantially closed-cell soft foam or is formed from the latter. wherein the sealing tape has an upper side , a lower side , and a first and a second side flank which connect the upper side and the lower side , wherein the side flanks extend so as to be substantially perpendicular to a functional direction (F) of the sealing tape , wherein an adhesive layer for adhering to a component , in particular a frame profile of a window or a door, is disposed in the region of the lower side , and wherein the sealing tape has a continuous barrier structure for reducing the water vapour diffusion permeability and/or the air permeability in the functional direction (F), said continuous barrier structure on the upper side extending from at least one of the first and the second side flank to a region between the first and the second side flank , there runs from the upper side in the direction of the lower side of the sealing tape , and subsequently extends along a lower side of the at least one main body , from the region between the first and the second side flank to at least one of the first and the second side flank , wherein the barrier structure is partially formed by a barrier layer disposed on the upper side of the at least one main body , characterized in that the barrier layer disposed on the upper side of the at least one main body comprises substantially closed-cell soft foam or is formed from the latter.
A delivery device configured to deliver changeover and/or replacement items within a stencil printer, the delivery device comprising: a movable housing configured to support replacement and/or replenishment items; at least one support structure configured to store items for the stencil printer; and one or more apparatus configured to transport items from the delivery device to the stencil printer and from the stencil printer to the delivery device wherein the housing is configured with an interface, which is designed to dock within a docking station provided on the stencil printer wherein the delivery device is configured to be automatically moved, either by remote control or by an automated control associated with the delivery device, the stencil printer, a production line, and/or a dedicated control wherein the one or more apparatus includes a carousel wheel having a plurality of open sockets that are configured to support paste cartridges, the carousel wheel being configured to rotate to present paste cartridges to the stencil printer; movement of the paste cartridges being achieved automatically under the remote control associated with the movable cart, the stencil printer, and/or the dedicated control. a movable housing configured to support replacement and/or replenishment items; at least one support structure configured to store items for the stencil printer; and one or more apparatus configured to transport items from the delivery device to the stencil printer and from the stencil printer to the delivery device wherein the housing is configured with an interface, which is designed to dock within a docking station provided on the stencil printer wherein the delivery device is configured to be automatically moved, either by remote control or by an automated control associated with the delivery device, the stencil printer, a production line, and/or a dedicated control wherein the one or more apparatus includes a carousel wheel having a plurality of open sockets that are configured to support paste cartridges, the carousel wheel being configured to rotate to present paste cartridges to the stencil printer; movement of the paste cartridges being achieved automatically under the remote control associated with the movable cart, the stencil printer, and/or the dedicated control.
A flexible package (1020, 2220-a) for retail sale of discrete articles of a consumer product, the package comprising: external artwork that includes an image of the discrete article form of the consumer product; wherein said flexible package further comprises: a raised area (1010, 2210-a2) disposed on an outside of the package, wherein at least part of the image of the consumer product is disposed on the raised area; and the discrete articles of the consumer product, contained within the package; wherein at least part of the flexible package is opaque, such that an entire discrete article of a consumer product cannot be seen from outside of the package when the package is standing upright on a horizontal support surface, characterised in that the raised area (1010, 2210-a2) has an overall height of 40 to 5000 microns and is made of one or more curable coatings. a raised area (1010, 2210-a2) disposed on an outside of the package, wherein at least part of the image of the consumer product is disposed on the raised area; and the discrete articles of the consumer product, contained within the package; wherein at least part of the flexible package is opaque, such that an entire discrete article of a consumer product cannot be seen from outside of the package when the package is standing upright on a horizontal support surface, characterised in that the raised area (1010, 2210-a2) has an overall height of 40 to 5000 microns and is made of one or more curable coatings.
Modular electrical apparatus (3-9) for the control and/or distribution of electric power, comprising: - a housing that can be hooked to a mounting rail ; - at least one connection interface adapted to connect the modular electrical apparatus (3-9) to an interconnection bus shared by a plurality of modular electrical apparatuses (3-9); - a first selection device placed on board the modular electrical apparatus (3-9) that allows the assignment of an address to said modular electrical apparatus (3-9), by acting locally on the modular electrical apparatus (3-9) and selecting the address from among a plurality of addresses assignable to the apparatus (3-9); characterised in that the first selection device allows to select: - a first operating mode that allows the forced assignment of said address selected from said plurality of addresses to said modular electrical apparatus (3-9), by acting locally on the first selection device , and - a second operating mode selectable using the first selection device alternative to the first operating mode, wherein such modular electrical apparatus (3-9) is such as to receive on board from an external configuration software said address selected from among said plurality of addresses. - a housing that can be hooked to a mounting rail ; - at least one connection interface adapted to connect the modular electrical apparatus (3-9) to an interconnection bus shared by a plurality of modular electrical apparatuses (3-9); - a first selection device placed on board the modular electrical apparatus (3-9) that allows the assignment of an address to said modular electrical apparatus (3-9), by acting locally on the modular electrical apparatus (3-9) and selecting the address from among a plurality of addresses assignable to the apparatus (3-9); - a first operating mode that allows the forced assignment of said address selected from said plurality of addresses to said modular electrical apparatus (3-9), by acting locally on the first selection device , and - a second operating mode selectable using the first selection device alternative to the first operating mode, wherein such modular electrical apparatus (3-9) is such as to receive on board from an external configuration software said address selected from among said plurality of addresses.
Method for checking the relationship between a process alarm of a process object displayed visually on an operator client of a process control system and output acoustically, - wherein an operator server of the process control system has - an alarm message component for preparing process alarms to be output acoustically and for transmitting these process alarms to an alarm output and - an alarm display component for preparing process alarms to be output visually and for transmitting these process alarms to the operator client , on which the process alarms can be displayed, and - wherein the output of the respective acoustic process alarms can be deactivated by means of an operator input on the operator client , characterised in that - the alarm display component is queried by the alarm message component , as to which process alarm is currently output visually, - the alarm message component is used to check whether the process alarm currently output visually deviates from the process alarm currently output acoustically and - the deviation is shown on the operator client . - wherein an operator server of the process control system has - an alarm message component for preparing process alarms to be output acoustically and for transmitting these process alarms to an alarm output and - an alarm display component for preparing process alarms to be output visually and for transmitting these process alarms to the operator client , on which the process alarms can be displayed, and - an alarm message component for preparing process alarms to be output acoustically and for transmitting these process alarms to an alarm output and - an alarm display component for preparing process alarms to be output visually and for transmitting these process alarms to the operator client , on which the process alarms can be displayed, and - wherein the output of the respective acoustic process alarms can be deactivated by means of an operator input on the operator client , - the alarm display component is queried by the alarm message component , as to which process alarm is currently output visually, - the alarm message component is used to check whether the process alarm currently output visually deviates from the process alarm currently output acoustically and - the deviation is shown on the operator client .
A machine tool in which a splashguard , which surrounds a machining part for machining a workpiece with a tool, defines a machining chamber, the machine tool comprising: a window provided in the splashguard and through which the interior of the machining chamber can be viewed; a display device attached in the vicinity of the window; and a storage device storing either a video actually captured in advance and showing a machining operation of the machine tool, or a computer-generated simulation video of an operation of the machine tool ; a display control device for displaying the actually captured video or the computer-generated simulation video on a screen of the display device in synchronization with a current operation of the machine tool . a window provided in the splashguard and through which the interior of the machining chamber can be viewed; a display device attached in the vicinity of the window; and a storage device storing either a video actually captured in advance and showing a machining operation of the machine tool, or a computer-generated simulation video of an operation of the machine tool ; a display control device for displaying the actually captured video or the computer-generated simulation video on a screen of the display device in synchronization with a current operation of the machine tool .
A method of cleaning a textile, the method comprising providing a textile; providing a wash water; providing a rinse water; providing a powder laundry detergent formulation comprising: 5 to 50 wt% of a detergent surfactant; 25 to 80 wt% of a builder; 0.01 to 1 wt% of a polyethylene oxide having a weight average molecular weight, M W , of 750,000 to 10,000,000 Daltons; and 0.01 to 5 wt% of a poly(acrylic acid) having a weight average molecular weight, M W , of 1,000 to 20,000 Daltons; wherein weight average molecular weights are measured using gel permeation chromatography (GPC) and polyethylene oxide) standards; mixing the powder laundry detergent and the wash water to form a laundry liquor; treating the textile with the laundry liquor; and rinsing the textile with the rinse water, and wherein the textile is treated with the laundry liquor by hand-washing. providing a textile; providing a wash water; providing a rinse water; providing a powder laundry detergent formulation comprising: 5 to 50 wt% of a detergent surfactant; 25 to 80 wt% of a builder; 0.01 to 1 wt% of a polyethylene oxide having a weight average molecular weight, M W , of 750,000 to 10,000,000 Daltons; and 0.01 to 5 wt% of a poly(acrylic acid) having a weight average molecular weight, M W , of 1,000 to 20,000 Daltons; wherein weight average molecular weights are measured using gel permeation chromatography (GPC) and polyethylene oxide) standards; 5 to 50 wt% of a detergent surfactant; 25 to 80 wt% of a builder; 0.01 to 1 wt% of a polyethylene oxide having a weight average molecular weight, M W , of 750,000 to 10,000,000 Daltons; and 0.01 to 5 wt% of a poly(acrylic acid) having a weight average molecular weight, M W , of 1,000 to 20,000 Daltons; wherein weight average molecular weights are measured using gel permeation chromatography (GPC) and polyethylene oxide) standards; mixing the powder laundry detergent and the wash water to form a laundry liquor; treating the textile with the laundry liquor; and rinsing the textile with the rinse water, and wherein the textile is treated with the laundry liquor by hand-washing.
A lighting device comprising: a light conversion module including one surface (P1) and another surface; and a light source module disposed on a side surface of the light conversion module , wherein the light source module includes a plurality of light emitting elements disposed to be spaced apart from each other in a first direction, the first direction is a thickness direction of the light conversion module , and at least one of the plurality of light emitting elements is disposed higher than the one surface (P1) of the light conversion module in the first direction, wherein the light conversion module includes a base substrate ; a light guide layer disposed on the base substrate ; and a reflection pattern layer disposed between the base substrate and the light guide layer , and wherein the reflection pattern layer includes a reflection layer disposed between the base substrate and the light guide layer , and an optical layer disposed between the reflection layer and the light guide layer and including a plurality of optical patterns protruding toward the reflection layer , and wherein the lighting device further comprises: a separation part disposed between the reflection layer and the optical layer . a light conversion module including one surface (P1) and another surface; and a light source module disposed on a side surface of the light conversion module , wherein the light source module includes a plurality of light emitting elements disposed to be spaced apart from each other in a first direction, the first direction is a thickness direction of the light conversion module , and at least one of the plurality of light emitting elements is disposed higher than the one surface (P1) of the light conversion module in the first direction, wherein the light conversion module includes a base substrate ; a light guide layer disposed on the base substrate ; and a reflection pattern layer disposed between the base substrate and the light guide layer , and wherein the reflection pattern layer includes a reflection layer disposed between the base substrate and the light guide layer , and an optical layer disposed between the reflection layer and the light guide layer and including a plurality of optical patterns protruding toward the reflection layer , and wherein the lighting device further comprises: a separation part disposed between the reflection layer and the optical layer .
Method for unsealing an opening of a laboratory sample container containing a sample , wherein the opening is sealed by a closure attached to the laboratory sample container by an adhesive , wherein an adhesive strength (AS1) of the adhesive is lowerable (AS2) by radiation treatment, in particular by UV radiation (RA), and/or by heat treatment, in particular by heat (HE) with a temperature (T) of minimal 50 °C, in particular of minimal 120 °C, the method comprising the steps: - a) treating the adhesive , such that its adhesive strength (AS1) is lowered (AS2), step a) comprising: treating the adhesive by radiation (RA), in particular by UV radiation (RA), and/or by heat (HE), in particular by heat (HE) with a temperature (T) of minimal 50 °C, in particular of minimal 120 °C, and - b) removing the closure from the laboratory sample container - the method being characterized in that step b) comprises: attaching a take-up to the closure by another adhesive , wherein another adhesive strength (AS3) of the another adhesive is such that another adhesive force between the take-up and the attached closure is higher than an adhesive force between the closure and the laboratory sample container by the lowered adhesive strength (AS2) of the treated adhesive , and removing the take-up with the attached closure from the laboratory sample container , - step b) further comprising: removing the closure from the laboratory sample container by at least one roller receptacle and mover supplying the take-up by a roller tape and moving the roller tape with the take-up with the attached closure from the laboratory sample container . - a) treating the adhesive , such that its adhesive strength (AS1) is lowered (AS2), step a) comprising: treating the adhesive by radiation (RA), in particular by UV radiation (RA), and/or by heat (HE), in particular by heat (HE) with a temperature (T) of minimal 50 °C, in particular of minimal 120 °C, and - b) removing the closure from the laboratory sample container - the method being characterized in that step b) comprises: attaching a take-up to the closure by another adhesive , wherein another adhesive strength (AS3) of the another adhesive is such that another adhesive force between the take-up and the attached closure is higher than an adhesive force between the closure and the laboratory sample container by the lowered adhesive strength (AS2) of the treated adhesive , and removing the take-up with the attached closure from the laboratory sample container , - step b) further comprising: removing the closure from the laboratory sample container by at least one roller receptacle and mover supplying the take-up by a roller tape and moving the roller tape with the take-up with the attached closure from the laboratory sample container .
A method for assessing and improving performance of a speech recognition system , the method comprising: determining a recognition rate for one or more words over a window of time, wherein the window is a moving or sliding window and the window of time corresponds to a dynamic collection period that comprises a collection of data taken from equal periods in a noisy environment and a quiet environment ; calculating a score associated with the recognition rate for each of the one or more words ; assigning a grade to the score, wherein the grade is associated with a performance measurement of the speech recognition system ; generating, based on the grade and the score, one or more corrective action suggestions for a user of the speech recognition system ; generating a report of the performance of the speech recognition system ; displaying the report of the performance of the speech recognition system on a display of a portable terminal used by the user ; and initiating, by the speech recognition system, a corrective action of the one or more action suggestions, wherein the corrective action corresponds to initiation of a retraining session upon the calculation of a poor grade for the recognition of a particular word. determining a recognition rate for one or more words over a window of time, wherein the window is a moving or sliding window and the window of time corresponds to a dynamic collection period that comprises a collection of data taken from equal periods in a noisy environment and a quiet environment ; calculating a score associated with the recognition rate for each of the one or more words ; assigning a grade to the score, wherein the grade is associated with a performance measurement of the speech recognition system ; generating, based on the grade and the score, one or more corrective action suggestions for a user of the speech recognition system ; generating a report of the performance of the speech recognition system ; displaying the report of the performance of the speech recognition system on a display of a portable terminal used by the user ; and initiating, by the speech recognition system, a corrective action of the one or more action suggestions, wherein the corrective action corresponds to initiation of a retraining session upon the calculation of a poor grade for the recognition of a particular word.
A system for preparing a printout base for a 3D printer comprising: - a printer table with base points connected to a nozzle of a head via a power supply , thereby forming a contact detection circuit ; - wherein the head is connected sequentially with a head drive , a head controller and a printer controller ; - wherein the printer controller comprises a coordinate recorder and a memory ; - wherein the contact detection circuit is connected by a potential signaling line with the printer recorder or the contact detection circuit comprises an element detecting current flow connected by a line with the printer recorder ; and - wherein the printer table is connected with a table drive , a table drive controller and the printer controller ; characterized in that : - the printer table comprises at least three distinctly located electrically conductive base points connected with each other by an electric wire which is connected to the power supply . - a printer table with base points connected to a nozzle of a head via a power supply , thereby forming a contact detection circuit ; - wherein the head is connected sequentially with a head drive , a head controller and a printer controller ; - wherein the printer controller comprises a coordinate recorder and a memory ; - wherein the contact detection circuit is connected by a potential signaling line with the printer recorder or the contact detection circuit comprises an element detecting current flow connected by a line with the printer recorder ; and - wherein the printer table is connected with a table drive , a table drive controller and the printer controller ; - the printer table comprises at least three distinctly located electrically conductive base points connected with each other by an electric wire which is connected to the power supply .