mhurhangee/patent-ind-claim-en huggingface dataset:
Gas seal, in particular dry gas seal, which extends in a circumferential direction (CDR) with respect to an axis (X), comprising a rotating slide ring (RSR) and a stationary slide ring (SSR), wherein the stationary slide ring (SSR) is axially movable, wherein the gas seal (GDS) comprises a slide sleeve (SLV), wherein, by means of a first slide surface (SSF1), the slide sleeve (SLV) radially guides the stationary slide ring (SSR) on a second slide surface (SSF2) along the axial direction of mobility, characterized in that the slide sleeve (SLV) is fastened to a stator (STS) of the gas seal (GDS), wherein the slide sleeve (SLV) has a first recess (RZ1), extending in the circumferential direction (CDR), and the stator (STS) has a second recess (RZ2), extending in the circumferential direction (CDR) and situated opposite the first recess (RZ1) in the region of the fastening, such that the first recess (RZ1) and the second recess (RZ2) define a common cavity (CAV), which extends in the circumferential direction (CDR) in an annular manner, wherein, in the cavity (CAV), there is arranged an elongate fixing element (FXE) which at least partially fills the first recess (RZ1) and second recess (RZ2) such that an unlimited axial relative movement is possible only when the fixing element (FXE) is radially deformed.
A method for protecting a surface of a non-metallic composite part during laser ablative removal of an outer coating , the method comprising: applying a protective coating layer to a surface of the non-metallic composite part to form a coated non-metallic composite part , and curing the coated non-metallic composite part , wherein the protective coating layer comprises a multilayer having at least a co-cured layer applied to a surface of the non-metallic composite part and at least a laser-sensitive layer applied to a surface of the co-cured layer , wherein the laser-sensitive layer is selected from a reflective layer, an optical sensor layer or a layer having both reflective and optical sensor properties. applying a protective coating layer to a surface of the non-metallic composite part to form a coated non-metallic composite part , and curing the coated non-metallic composite part , wherein the protective coating layer comprises a multilayer having at least a co-cured layer applied to a surface of the non-metallic composite part and at least a laser-sensitive layer applied to a surface of the co-cured layer , wherein the laser-sensitive layer is selected from a reflective layer, an optical sensor layer or a layer having both reflective and optical sensor properties.
A surgical stapling apparatus comprising: a jaw assembly including an anvil assembly and a staple cartridge assembly , at least one of the anvil and staple cartridge assemblies including a surgical buttress retention system ; and a surgical buttress releasably secured to a tissue facing surface of the anvil assembly or the staple cartridge assembly via the surgical buttress retention system, the surgical buttress retention system including: proximal guide slots defined in opposed sides of the anvil assembly or the staple cartridge assembly; and a retention member including a central portion extending across a proximal portion of the surgical buttress, second portions positioned within the proximal guide slots, third portions extending across a distal portion of the surgical buttress; characterized in that the proximal guide slots have a generally U-shaped configuration that are mirror images of each other; in that the surgical buttress retention system includes a plug coupled to a distal portion of the anvil assembly or the staple cartridge assembly and in that the retention member includes end portions coupled to the plug. a jaw assembly including an anvil assembly and a staple cartridge assembly , at least one of the anvil and staple cartridge assemblies including a surgical buttress retention system ; and a surgical buttress releasably secured to a tissue facing surface of the anvil assembly or the staple cartridge assembly via the surgical buttress retention system, the surgical buttress retention system including: proximal guide slots defined in opposed sides of the anvil assembly or the staple cartridge assembly; and a retention member including a central portion extending across a proximal portion of the surgical buttress, second portions positioned within the proximal guide slots, third portions extending across a distal portion of the surgical buttress; characterized in that the proximal guide slots have a generally U-shaped configuration that are mirror images of each other; in that the surgical buttress retention system includes a plug coupled to a distal portion of the anvil assembly or the staple cartridge assembly and in that the retention member includes end portions coupled to the plug. proximal guide slots defined in opposed sides of the anvil assembly or the staple cartridge assembly; and a retention member including a central portion extending across a proximal portion of the surgical buttress, second portions positioned within the proximal guide slots, third portions extending across a distal portion of the surgical buttress; characterized in that the proximal guide slots have a generally U-shaped configuration that are mirror images of each other; in that the surgical buttress retention system includes a plug coupled to a distal portion of the anvil assembly or the staple cartridge assembly and in that the retention member includes end portions coupled to the plug.
A method comprising: obtaining, on a processor, sensor data that indicates a first plurality of values output by a first corresponding plurality of sensors configured to measure physical phenomena related to a plurality of components of an industrial printer , wherein the processor is at a remote site separated from a local site where the industrial printer is located; obtaining, on the processor, parameter data that indicates a second plurality of values for a second corresponding plurality of parameters that indicate user settings for operation of the industrial printer; determining, on the processor, a service issue related to the industrial printer based on the sensor data and the parameter data, wherein determining the service issue comprises determining a likely cause of the service issue based at least in part on historical data derived from sensor data and parameter data obtained over at least a month of time from a plurality of different industrial printers located at a plurality of different sites separated from the remote site; determining, at least in part on the processor, an action to be performed on the industrial printer in response to the service issue; and causing the action to be initiated. obtaining, on a processor, sensor data that indicates a first plurality of values output by a first corresponding plurality of sensors configured to measure physical phenomena related to a plurality of components of an industrial printer , wherein the processor is at a remote site separated from a local site where the industrial printer is located; obtaining, on the processor, parameter data that indicates a second plurality of values for a second corresponding plurality of parameters that indicate user settings for operation of the industrial printer; determining, on the processor, a service issue related to the industrial printer based on the sensor data and the parameter data, wherein determining the service issue comprises determining a likely cause of the service issue based at least in part on historical data derived from sensor data and parameter data obtained over at least a month of time from a plurality of different industrial printers located at a plurality of different sites separated from the remote site; determining, at least in part on the processor, an action to be performed on the industrial printer in response to the service issue; and causing the action to be initiated.
A device for stimulation of a foot or feet of a user comprising: a platform having an upper surface for placement of a bottom portion of at least one foot of a user, wherein at least part of said upper surface extends at an upward angle from a front of the platform, wherein said at least part of said upper surface at said upward angle has an inward curvature for allowing the front plantar portion of said at least one foot that faces said part of said upper surface to compress or conform; one or more actuators attached to said platform under said upper surface for imparting motion to said platform; a base disposed below said platform for supporting said device on an external surface, wherein said one or more actuators extending from said platform are non-contact with said base; and a plurality of motion guides which support said platform over said base, upon which said platform moves in positive and negative vertical displacement with respect to said base responsive to operation of said one or more actuators to stimulate said at least one foot when present upon said upper surface. a platform having an upper surface for placement of a bottom portion of at least one foot of a user, wherein at least part of said upper surface extends at an upward angle from a front of the platform, wherein said at least part of said upper surface at said upward angle has an inward curvature for allowing the front plantar portion of said at least one foot that faces said part of said upper surface to compress or conform; one or more actuators attached to said platform under said upper surface for imparting motion to said platform; a base disposed below said platform for supporting said device on an external surface, wherein said one or more actuators extending from said platform are non-contact with said base; and a plurality of motion guides which support said platform over said base, upon which said platform moves in positive and negative vertical displacement with respect to said base responsive to operation of said one or more actuators to stimulate said at least one foot when present upon said upper surface.
A drainage tube assembly for an external incontinence device, the drainage tube assembly comprising: a drainage tube with an atmospheric equilibrium valve assembly disposed exterior to the drainage tube , the atmospheric equilibrium valve assembly comprising: an airway conduit disposed substantially parallel to the drainage tube , the airway conduit having an upper portion in fluid communication with the drainage tube , and a lower portion having an air inlet chamber disposed in direct fluid communication with air external to the drainage tube assembly ; and a one-way air valve disposed in the airway conduit above the air inlet chamber , characterised by the one-way air valve comprising a first pair of opposing walls disposed at a first set of opposing angles such that the first pair of opposing walls abut each other at a first apex , the first apex having a self-sealing slit . an airway conduit disposed substantially parallel to the drainage tube , the airway conduit having an upper portion in fluid communication with the drainage tube , and a lower portion having an air inlet chamber disposed in direct fluid communication with air external to the drainage tube assembly ; and a one-way air valve disposed in the airway conduit above the air inlet chamber , characterised by the one-way air valve comprising a first pair of opposing walls disposed at a first set of opposing angles such that the first pair of opposing walls abut each other at a first apex , the first apex having a self-sealing slit .
A powder jet pump 20, comprising: a main body 22 having a particle inlet 24 at a first end 27 and an outlet connector 44 at a second end 29, the particle inlet being in fluid communication with an inlet chamber 28; a nozzle 42 defining a passage in fluid communication with the chamber and outlet connector, characterized in that the nozzle includes a nozzle throat 40; at least one suction inlet 26 in fluid communication with the chamber; an annular plenum 32 positioned around the main body having a gas inlet 34; and at least two jet passages 52 each having an inlet opening 56 into the annular plenum 32 and an outlet opening 36 within the nozzle throat 40. a main body 22 having a particle inlet 24 at a first end 27 and an outlet connector 44 at a second end 29, the particle inlet being in fluid communication with an inlet chamber 28; a nozzle 42 defining a passage in fluid communication with the chamber and outlet connector, characterized in that the nozzle includes a nozzle throat 40; at least one suction inlet 26 in fluid communication with the chamber; an annular plenum 32 positioned around the main body having a gas inlet 34; and at least two jet passages 52 each having an inlet opening 56 into the annular plenum 32 and an outlet opening 36 within the nozzle throat 40.
Laundry care device with a housing , which delimits a housing interior space from a housing exterior space , wherein the housing has a housing opening , and a device door , which is embodied to seal off the housing opening , wherein the device door has a door window which is formed from a light-transparent glass, characterised in that the device door has a light-transparent plastic layer , which is applied to a window exterior , facing the housing exterior space , of the door window and ensures effective protection against damage from glass breakage, wherein the light-transparent plastic layer is formed as an external sealing element which surrounds the housing opening , in order to reduce the exit of washing liquid from the housing opening in a closed state of the device door . the device door has a light-transparent plastic layer , which is applied to a window exterior , facing the housing exterior space , of the door window and ensures effective protection against damage from glass breakage, wherein the light-transparent plastic layer is formed as an external sealing element which surrounds the housing opening , in order to reduce the exit of washing liquid from the housing opening in a closed state of the device door .
A sanitary fitting comprising at least: - one fitting housing with a discharge and at least one discharge opening ; - one hose with at least a first lumen for conducting a first liquid, a second lumen for conducting a second liquid and a third lumen for conducting a third liquid; and - one adapter with at least one first inlet for the first lumen , one second inlet for the second lumen and one third inlet for the third lumen , characterized in that the first inlet and the second inlet open into a first outlet of the adapter , and wherein the third inlet opens into a second outlet of the adapter . - one fitting housing with a discharge and at least one discharge opening ; - one hose with at least a first lumen for conducting a first liquid, a second lumen for conducting a second liquid and a third lumen for conducting a third liquid; and - one adapter with at least one first inlet for the first lumen , one second inlet for the second lumen and one third inlet for the third lumen ,
A method for a transmission user equipment, Tx UE, to transmit a signal to a reception user equipment, Rx UE, in a wireless communication system supporting device-to-device, D2D, communication, the method comprising: receiving resource allocation information related to the D2D communication from an eNB (S210); and transmitting control information for the D2D communication and data corresponding to the control information to the Rx UE based on the resource allocation information received from the eNB (S220, S230), wherein the control information is transmitted through a first resource region and the data is transmitted through a second resource region, characterised in that there is a one to one association between the first resource region and the second resource region, wherein a resource block, RB, position of the second resource region is determined based on a RB position of the first resource region, wherein the RB position of the second resource region is determined based on a starting resource index of the second resource region, wherein the RB position of the first resource region is determined based on an index of the first resource region, and wherein the starting resource index of the second resource region is determined based on the index of the first resource region. receiving resource allocation information related to the D2D communication from an eNB (S210); and transmitting control information for the D2D communication and data corresponding to the control information to the Rx UE based on the resource allocation information received from the eNB (S220, S230), wherein the control information is transmitted through a first resource region and the data is transmitted through a second resource region, characterised in that there is a one to one association between the first resource region and the second resource region, wherein a resource block, RB, position of the second resource region is determined based on a RB position of the first resource region, wherein the RB position of the second resource region is determined based on a starting resource index of the second resource region, wherein the RB position of the first resource region is determined based on an index of the first resource region, and wherein the starting resource index of the second resource region is determined based on the index of the first resource region.
A UV light emitting device comprising: a first conductivity type semiconductor layer ; an anti-cracking layer disposed on the first conductivity type semiconductor layer ; an active layer disposed on the anti-cracking layer ; and a second conductivity type semiconductor layer disposed on the active layer , wherein the anti-cracking layer includes first lattice points and second lattice points disposed at an interface between the first conductivity type semiconductor layer and the anti-cracking layer , and the first lattice points are connected to lattices of the first conductivity type semiconductor layer , and the second lattice points are not connected to the lattices of the first conductivity type semiconductor layer , wherein each of the first conductivity type semiconductor layer and the anti-cracking layer includes a nitride-based semiconductor including Al and Ga, and wherein a super lattice layer is interposed between the anti-cracking layer and the active layer , wherein the super lattice layer comprises two layers repeatedly stacked one above another forming an AlGaN/GaN stack structure or an AlGaN/AlGaN stack structure, wherein the anti-cracking layer further includes indium (In), the active layer has a multi-quantum well structure including barrier layers and well layers, and the barrier layer includes a nitride-based semiconductor including Al, Ga and In. a first conductivity type semiconductor layer ; an anti-cracking layer disposed on the first conductivity type semiconductor layer ; an active layer disposed on the anti-cracking layer ; and a second conductivity type semiconductor layer disposed on the active layer , wherein the anti-cracking layer includes first lattice points and second lattice points disposed at an interface between the first conductivity type semiconductor layer and the anti-cracking layer , and the first lattice points are connected to lattices of the first conductivity type semiconductor layer , and the second lattice points are not connected to the lattices of the first conductivity type semiconductor layer , wherein each of the first conductivity type semiconductor layer and the anti-cracking layer includes a nitride-based semiconductor including Al and Ga, and wherein a super lattice layer is interposed between the anti-cracking layer and the active layer , wherein the super lattice layer comprises two layers repeatedly stacked one above another forming an AlGaN/GaN stack structure or an AlGaN/AlGaN stack structure, wherein the anti-cracking layer further includes indium (In), the active layer has a multi-quantum well structure including barrier layers and well layers, and the barrier layer includes a nitride-based semiconductor including Al, Ga and In.
A fibrous product comprising a fibrous material, wherein said fibrous material comprises lactic acid and/or a salt thereof in an amount of from about 0.1 to about 15 g/m 2 , such as from about 0.3 g to about 10 g/m 2 , from about 0.3 to about 5 g/m 2 , from about 0.5 to about 5 g/m 2 , from about 1.0 to about 3.0 g/m 2 , from about 1.0 to about 2.5 g/m 2 , from about 1.0 to about 2.0 g/m 2 , or from about 1.0 to about 1.5 g/m 2 ; wherein the fibrous product is a hand towel, handkerchief, facial, dry wipe, napkin, washcloth, cleaning cloth, household towel, wiping tissue or toilet paper; and wherein the fibrous product is a tissue paper product, a nonwoven product or a mixed tissue paper and nonwoven product. wherein the fibrous product is a hand towel, handkerchief, facial, dry wipe, napkin, washcloth, cleaning cloth, household towel, wiping tissue or toilet paper; and wherein the fibrous product is a tissue paper product, a nonwoven product or a mixed tissue paper and nonwoven product.
A conformable cover for a medical device comprising: a porous biocompatible scaffold ; a plurality of biocompatible filaments embedded within and fixed to the biocompatible scaffold , each of the biocompatible filaments comprising a strain crystalized, shape memory polymer or polymer composite and configured to transform from an extended configuration to a reduced configuration when the cover is heated to a predetermined temperature, wherein, in use, upon covering a medical device with the cover and heating the cover to the predetermined temperature, the plurality of biocompatible filaments is configured within the scaffold to cause the cover to conform to an outer shape of the medical device . a porous biocompatible scaffold ; a plurality of biocompatible filaments embedded within and fixed to the biocompatible scaffold , each of the biocompatible filaments comprising a strain crystalized, shape memory polymer or polymer composite and configured to transform from an extended configuration to a reduced configuration when the cover is heated to a predetermined temperature, wherein, in use, upon covering a medical device with the cover and heating the cover to the predetermined temperature, the plurality of biocompatible filaments is configured within the scaffold to cause the cover to conform to an outer shape of the medical device .
A method for wireless communication at a user equipment, UE (115; 805; 905; 1105), comprising: receiving (1605; 1705) a configuration (225; 315; 415; 605) indicating a set of antenna subarrays of the UE, or a set of transmission reception points , or a combination thereof, for the UE to use to communicate while operating in a discontinuous reception mode; transmitting (615; 1610; 1715), based at least in part on the received configuration, a scheduling request (230; 320; 420) while operating in the discontinuous reception mode; receiving (620; 1615; 1720) an uplink grant (260; 325; 425) in response to the transmitted scheduling request; and transmitting (630; 1620; 1725) uplink data (330; 430) based at least in part on the received uplink grant and the received configuration. receiving (1605; 1705) a configuration (225; 315; 415; 605) indicating a set of antenna subarrays of the UE, or a set of transmission reception points , or a combination thereof, for the UE to use to communicate while operating in a discontinuous reception mode; transmitting (615; 1610; 1715), based at least in part on the received configuration, a scheduling request (230; 320; 420) while operating in the discontinuous reception mode; receiving (620; 1615; 1720) an uplink grant (260; 325; 425) in response to the transmitted scheduling request; and transmitting (630; 1620; 1725) uplink data (330; 430) based at least in part on the received uplink grant and the received configuration.