mhurhangee/patent-ind-claim-en huggingface dataset:
A battery cell configured to have a structure in which an electrode assembly is mounted in a cell case in the state in which the electrode assembly is impregnated with an electrolyte, wherein the electrode assembly and the cell case are deformable in response to a shape of a curved device in which the battery cell is mounted, anti-wrinkle members , for preventing unintentional wrinkles from being formed in the cell case when the cell case is deformed, are added to at least portions of inner surfaces of the cell case facing outermost electrodes of the electrode assembly , each of the anti-wrinkle members is a sheet type member, and characterized in that each of the anti-wrinkle members has a reticular structure, the reticular structure comprising a plurality of fibers woven in the shape of a net.
An air pollution filtering breathing mask for filtering air before it is breathed in by a subject, comprising: a mask body for covering the nose and/or mouth of a user thereby defining a mask chamber ; a filter ; an air pump for ventilating the mask chamber ; and an air heat exchanger for transferring heat from air exhaled from the mask chamber to air drawn in to the mask chamber , wherein the air heat exchanger comprises a first set of air flow channels in series with the filter for providing filtered outside air to the mask volume and a different second set of air flow channels for expelling air from the mask volume to the outside and whereby mixing between the two air flows is prevented, and a thermal coupling between the first and second sets of air flow channels, wherein the air heat exchanger comprises a mesh of thermally conductive walls between which the air flow channels are defined. a mask body for covering the nose and/or mouth of a user thereby defining a mask chamber ; a filter ; an air pump for ventilating the mask chamber ; and an air heat exchanger for transferring heat from air exhaled from the mask chamber to air drawn in to the mask chamber , wherein the air heat exchanger comprises a first set of air flow channels in series with the filter for providing filtered outside air to the mask volume and a different second set of air flow channels for expelling air from the mask volume to the outside and whereby mixing between the two air flows is prevented, and a thermal coupling between the first and second sets of air flow channels, wherein the air heat exchanger comprises a mesh of thermally conductive walls between which the air flow channels are defined.
A method of making an upper for an article of footwear, the method comprising: defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; and bonding the continuous thread at a point of intersection between the thread lines; wherein the peripheral anchor points are defined by pins coupled to and extending from a last or other three-dimensional object having a volumetric shape corresponding to a shape of a human foot, and wherein the pins are configured to support the continuous thread during winding. defining a plurality of peripheral anchor points; winding a continuous thread around the plurality of peripheral anchor points to form a thread pattern, the continuous thread comprising a plurality of thread lines with each thread line extending between two respective peripheral anchor points; and bonding the continuous thread at a point of intersection between the thread lines; wherein the peripheral anchor points are defined by pins coupled to and extending from a last or other three-dimensional object having a volumetric shape corresponding to a shape of a human foot, and wherein the pins are configured to support the continuous thread during winding.
Oven, which has a pyrolytic cleaning function, with a viewing window which has a layer body, which has a base body which has flat glass whose primary chemical components are SiO 2 and B 2 O 3 , and a cleaning layer for supporting the cleaning function in at least one operating mode and at least one adhesion-promoting layer , which is arranged at least partially between the base body and the cleaning layer and is provided to promote adhesion between the cleaning layer and the base body , and which has at least two sides, wherein at least parts of at least two of the sides adhere to at least two other bodies and/or layers, wherein the adhesion-promoting layer is embodied as a layer supporting a catalytic cleaning, characterised in that the adhesion-promoting layer and the cleaning layer penetrate into a penetration part of the two layers, which has a fifth of the thickness of the cleaning layer .
A pressure disinfestation assembly , comprising a pressure chamber for receiving at least one packaging unit with a product to be disinfested, an inert gas supply , which feeds pressurized inert gas into the pressure chamber , and a supply device for increasing an inert gas concentration in a product located in the packaging unit during a pressure disinfestation in the pressure chamber , wherein the supply device comprises an inert gas supply , which is connected to an inert gas discharge region , which in operation is placed inside the packaging unit and inside the product located therein and thus directly supplies inert gas supplied through at least one discharge opening via the inert gas supply to the product so as to increase the inert gas concentration within the packaging unit and/or accelerates an increase in the inert gas concentration.
Pump (P) comprising a pump impeller , the pump impeller comprising an impeller inlet and an impeller outlet , the pump impeller being configured such that, in operation, the axis of the pump impeller is vertical with the impeller inlet arranged above the impeller outlet , the pump comprising a toric liquid reservoir positioned around the pump impeller and a connecting means for connecting the liquid reservoir to said pump impeller at a connecting point situated in a lower part of the liquid reservoir , the axis of the liquid reservoir being the vertical axis (Z) of the pump impeller , characterized in that the connecting point is positioned below said impeller inlet so as to form a siphon, and in that a passage section for the fluid in the connecting means increases in the direction of circulation of the liquid in the pump (P) from said lower part of the toric liquid reservoir to said impeller inlet .
An image printing method, comprising: applying a first processing fluid containing a multivalent metal salt to a predetermined region of a print medium; and applying a second processing fluid containing a resin emulsion containing an anionic functional group to the predetermined region of the print medium to which the first processing fluid is applied and any other region of the print medium to which the first processing fluid is not applied, wherein the area ratio of the predetermined region is 1% or greater but 95% or less relative to the entire print medium, the method further comprising, after the applying the first processing fluid, applying an ink containing a coloring material to the predetermined region of the print medium to which the first processing fluid is applied and the any other region of the print medium to which the first processing fluid is not applied. applying a first processing fluid containing a multivalent metal salt to a predetermined region of a print medium; and applying a second processing fluid containing a resin emulsion containing an anionic functional group to the predetermined region of the print medium to which the first processing fluid is applied and any other region of the print medium to which the first processing fluid is not applied, wherein the area ratio of the predetermined region is 1% or greater but 95% or less relative to the entire print medium, the method further comprising, after the applying the first processing fluid, applying an ink containing a coloring material to the predetermined region of the print medium to which the first processing fluid is applied and the any other region of the print medium to which the first processing fluid is not applied.
A spring type connector comprising: a pair of connectors having a lock mechanism that are engaged with each other at a fitting position, wherein one connector of the pair of connectors includes: an inner housing ; an outer housing that surrounds the inner housing and is assembled to and slidable to the inner housing relatively in fitting directions; a gap defined between the inner housing and the outer housing and into which the other connector of the pair of connectors is capable of being inserted; a retaining mechanism configured to suppress separation between the inner housing and the outer housing ; a spring configured to bias the inner housing and the outer housing in directions in which the inner housing and the outer housing are separated from each other and wherein the retaining mechanism includes: a pair of abutting members provided on the inner housing and the outer housing so as to face each other in the fitting directions; and characterized in that the retaining mechanism further includes a cushioning member provided between the pair of the abutting members a pair of connectors having a lock mechanism that are engaged with each other at a fitting position, wherein one connector of the pair of connectors includes: an inner housing ; an outer housing that surrounds the inner housing and is assembled to and slidable to the inner housing relatively in fitting directions; a gap defined between the inner housing and the outer housing and into which the other connector of the pair of connectors is capable of being inserted; a retaining mechanism configured to suppress separation between the inner housing and the outer housing ; a spring configured to bias the inner housing and the outer housing in directions in which the inner housing and the outer housing are separated from each other and wherein the retaining mechanism includes: a pair of abutting members provided on the inner housing and the outer housing so as to face each other in the fitting directions; and characterized in that the retaining mechanism further includes a cushioning member provided between the pair of the abutting members a pair of abutting members provided on the inner housing and the outer housing so as to face each other in the fitting directions; and characterized in that the retaining mechanism further includes a cushioning member provided between the pair of the abutting members
A cartridge , comprising: a casing including an inlet portion , the casing being configured to be filled with a developer via the inlet portion ; and a lid member which is installed to the inlet portion to close the inlet portion ; wherein the casing includes a first protruding portion which projects inward beyond an inner surface of the inlet portion in a direction perpendicular to an installation direction of the lid member ; and the lid member includes a recessed portion which is recessed from an outer surface of the lid member in the direction perpendicular to the installation direction and is engaged with the first protruding portion in a case that the lid member is installed to the inlet portion and the lid member includes a second protruding portion which projects from the outer surface of the lid member in the direction perpendicular to the installation direction; characterized in that the casing includes an engagement portion which is engaged with the second protruding portion in the case that the lid member is installed to the inlet portion. a casing including an inlet portion , the casing being configured to be filled with a developer via the inlet portion ; and a lid member which is installed to the inlet portion to close the inlet portion ; wherein the casing includes a first protruding portion which projects inward beyond an inner surface of the inlet portion in a direction perpendicular to an installation direction of the lid member ; and the lid member includes a recessed portion which is recessed from an outer surface of the lid member in the direction perpendicular to the installation direction and is engaged with the first protruding portion in a case that the lid member is installed to the inlet portion and the lid member includes a second protruding portion which projects from the outer surface of the lid member in the direction perpendicular to the installation direction; characterized in that the casing includes an engagement portion which is engaged with the second protruding portion in the case that the lid member is installed to the inlet portion.
Method for sealing off a plug pin in a housing , wherein the housing has at least one cutout for sealing-off of a region between the plug pin and the housing , wherein the method comprises the following steps: providing the housing with the plug pin , wherein the plug pin is in contact with the housing in two mutually oppositely situated edge regions, extending along an insertion direction, of the plug pin and, in said edge regions, forms a form-fitting connection to the housing ; introducing potting compound into the at least one cutout in such a way that the potting compound passes to two oppositely situated sides of the plug pin and that the potting compound seals off the region between the plug pin and the housing , in particular in a liquid-tight manner, preferably in an air-tight manner; and curing the potting compound , characterized in that the potting compound is not in contact with the two ends of the plug pin , which are situated oppositely along the insertion direction, and the plug pin has an opening for passage of the potting compound from one side of the plug pin to the other side of the plug pin , wherein the opening is oriented so as to be at least partially aligned with the cutout . providing the housing with the plug pin , wherein the plug pin is in contact with the housing in two mutually oppositely situated edge regions, extending along an insertion direction, of the plug pin and, in said edge regions, forms a form-fitting connection to the housing ; introducing potting compound into the at least one cutout in such a way that the potting compound passes to two oppositely situated sides of the plug pin and that the potting compound seals off the region between the plug pin and the housing , in particular in a liquid-tight manner, preferably in an air-tight manner; and curing the potting compound , characterized in that the potting compound is not in contact with the two ends of the plug pin , which are situated oppositely along the insertion direction, and the plug pin has an opening for passage of the potting compound from one side of the plug pin to the other side of the plug pin , wherein the opening is oriented so as to be at least partially aligned with the cutout .
Individual device for ventilation-assisted respiratory protection , comprising an anti-gas filter connected to a protective mask for the respiratory tract and a pipe connecting the anti-gas filter to the protection mask, the device comprising, downstream of the anti-gas filter, a chemical reagent which, by means of changing color, makes it possible to visually detect an indication of the saturation state of the anti-gas filter, the chemical reagent which indicates the saturation state of the anti-gas filter being positioned between the anti-gas filter and the pipe and/or between the pipe and the mask and preferably directly connected to one end of said pipe, the chemical reagent being integrated in a module which is secured to the pipe, and the module comprising a double wall in which the chemical reagent is trapped in order to prevent the chemical reagent from entering the mask.
A product for monitoring the condition of a wound comprising: a. a sample application zone to which wound fluid is added b. a reaction zone downstream of the sample application zone comprising protease-sensitive polymers; c. a zone comprising coloured particles downstream of the sample application zone; and d. a viewing zone downstream of the sample application zone, reaction zone and zone comprising coloured particles; wherein the sample application zone transmits fluid towards the viewing zone and wherein cleavage of the polymers by protease activity present in the wound fluid results in carriage of the coloured particles with the wound fluid to the viewing zone thereby providing a visual indication of protease activity in the viewing zone, wherein: (i) the coloured particles are entrapped within the polymers and cleavage of the polymers by protease activity present in the wound fluid results in release of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone; or (ii) the reaction zone forms a barrier that prevents wound fluid reaching the viewing zone and wherein cleavage of the polymers by protease activity present in the wound fluid, optionally above a threshold level, disrupts the barrier and results in carriage of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone. a. a sample application zone to which wound fluid is added b. a reaction zone downstream of the sample application zone comprising protease-sensitive polymers; c. a zone comprising coloured particles downstream of the sample application zone; and d. a viewing zone downstream of the sample application zone, reaction zone and zone comprising coloured particles; (i) the coloured particles are entrapped within the polymers and cleavage of the polymers by protease activity present in the wound fluid results in release of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone; or (ii) the reaction zone forms a barrier that prevents wound fluid reaching the viewing zone and wherein cleavage of the polymers by protease activity present in the wound fluid, optionally above a threshold level, disrupts the barrier and results in carriage of the coloured particles to the viewing zone thereby providing a visual indication of protease activity in the wound fluid via the viewing zone.
Method for producing a body by means of an additive manufacturing method by using metallic powder, with the following steps: - computer-simulated design of the body while taking into account at least one region of the body to be processed and transferring data to an additive manufacturing device, wherein a 3D data set to be produced is divided into a shell region and a core region, - successive providing of the metallic powder in order to construct powder layers arranged one on the other, - successive hardening of parts of the powder layers in order to form at least one specified structure in the powder layers arranged one on the other, wherein the structure is at least partly filled with metallic powder of the powder layers, and - calibrating a body, which is created by means of the structure, in the region to be processed, wherein other outer regions of the body will then remain unprocessed; wherein the process of the additive manufacturing method introduces mechanical properties in the edge region which are different from the core, wherein the edge region is subsequently reworked during calibration, this change in mechanical properties comprising a lower density in the edge region. - computer-simulated design of the body while taking into account at least one region of the body to be processed and transferring data to an additive manufacturing device, wherein a 3D data set to be produced is divided into a shell region and a core region, - successive providing of the metallic powder in order to construct powder layers arranged one on the other, - successive hardening of parts of the powder layers in order to form at least one specified structure in the powder layers arranged one on the other, wherein the structure is at least partly filled with metallic powder of the powder layers, and - calibrating a body, which is created by means of the structure, in the region to be processed, wherein other outer regions of the body will then remain unprocessed;
A method for performing wireless communication by a first device, the method comprising: Receiving (S2010), from a second device, a first sidelink control information, SCI, through a physical sidelink control channel, PSCCH; Receiving (S2020), from the second device, a second SCI and data through a physical sidelink shared channel, PSSCH, related to the PSCCH, wherein a format of the second SCI is a first format including no zone identity, ID, or a second format including a zone ID of the second device, and wherein, based on that the format of the second SCI is the second format including the zone ID of the second device, distance-based negative-only hybrid automatic repeat request, HARQ, feedback is enabled by the second SCI; obtaining a distance based on the zone ID included in the second format and location information of the first device; and generating a negative acknowledgement of the data, based on (i) the distance which is smaller than or equal to a communication range requirement and (ii) a failure of the first device to decode the data. Receiving (S2010), from a second device, a first sidelink control information, SCI, through a physical sidelink control channel, PSCCH; Receiving (S2020), from the second device, a second SCI and data through a physical sidelink shared channel, PSSCH, related to the PSCCH, wherein a format of the second SCI is a first format including no zone identity, ID, or a second format including a zone ID of the second device, and wherein, based on that the format of the second SCI is the second format including the zone ID of the second device, distance-based negative-only hybrid automatic repeat request, HARQ, feedback is enabled by the second SCI; wherein a format of the second SCI is a first format including no zone identity, ID, or a second format including a zone ID of the second device, and wherein, based on that the format of the second SCI is the second format including the zone ID of the second device, distance-based negative-only hybrid automatic repeat request, HARQ, feedback is enabled by the second SCI; obtaining a distance based on the zone ID included in the second format and location information of the first device; and generating a negative acknowledgement of the data, based on (i) the distance which is smaller than or equal to a communication range requirement and (ii) a failure of the first device to decode the data.
A module for a technical facility having a. a technical hardware for carrying out a technical sub-process; b. a controller for local control of the technical hardware , wherein the controller is adapted to control the technical hardware autarkic; and c. an external interface of the controller ; wherein d. the external interface has a management shell , wherein the management shell is adapted to publish at least one service via a network ; characterized in that the at least one service is related to an output product of the module ; and e. that the external interface is adapted to request at least one service related to an input product of the module via the network . a. a technical hardware for carrying out a technical sub-process; b. a controller for local control of the technical hardware , wherein the controller is adapted to control the technical hardware autarkic; and c. an external interface of the controller ; wherein d. the external interface has a management shell , wherein the management shell is adapted to publish at least one service via a network ; characterized in that the at least one service is related to an output product of the module ; and e. that the external interface is adapted to request at least one service related to an input product of the module via the network .