mhurhangee/patent-ind-claim-en huggingface dataset:
A pump impeller (11; 21) for a non-clogging submerged pump for sewage comprising: a substantially cylindrical body; an intake port (15; 25) provided in a center of a lower end surface of the body; a plurality of discharge ports (17A, 17B; 27A, 27B, 27C) that are open in a side surface of the body; and a plurality of flow channels, each flow channel passing from a common intake port to one of the discharge ports within the body, and each flow channel being disposed at an equal angular interval around the central axis of rotation, the flow channels (13A, 13B; 23A, 23B, 23C) have their size, shape, and position defined such that fluid unbalance is reduced with respect to an axis of rotation, a cross-sectional shape of the flow channels (13A, 13B; 23A, 23B, 23C) changes from circular to generally rectangular or elliptic from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), and each flow channel (13A, 13B; 23A, 23B, 23C) includes a transitional portion from the direction of the axis of rotation (C) to the radially outward direction, the transitional portion being formed of a continuous curve, wherein a cross-sectional area of the flow channel (13A, 13B; 23A, 23B, 23C) varies between the intake port (15; 25) and the discharge port (17A, 17B; 27A, 27B, 27C) such that the cross-sectional area of the flow channels (13A, 13B; 23A, 23B, 23C) is gradually changed from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), or is constant in a predetermined section and constant at a different scale in other sections. a substantially cylindrical body; an intake port (15; 25) provided in a center of a lower end surface of the body; a plurality of discharge ports (17A, 17B; 27A, 27B, 27C) that are open in a side surface of the body; and a plurality of flow channels, each flow channel passing from a common intake port to one of the discharge ports within the body, and each flow channel being disposed at an equal angular interval around the central axis of rotation, the flow channels (13A, 13B; 23A, 23B, 23C) have their size, shape, and position defined such that fluid unbalance is reduced with respect to an axis of rotation, a cross-sectional shape of the flow channels (13A, 13B; 23A, 23B, 23C) changes from circular to generally rectangular or elliptic from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), and each flow channel (13A, 13B; 23A, 23B, 23C) includes a transitional portion from the direction of the axis of rotation (C) to the radially outward direction, the transitional portion being formed of a continuous curve, wherein a cross-sectional area of the flow channel (13A, 13B; 23A, 23B, 23C) varies between the intake port (15; 25) and the discharge port (17A, 17B; 27A, 27B, 27C) such that the cross-sectional area of the flow channels (13A, 13B; 23A, 23B, 23C) is gradually changed from the intake port (15; 25) toward the discharge ports (17A, 17B; 27A, 27B, 27C), or is constant in a predetermined section and constant at a different scale in other sections.
A resonator fiber optic gyroscope (RFOG) comprising: a fiber optic resonator ; a first laser source that produces a first light wave at a first carrier frequency and a first cross-talked portion at a second carrier frequency wave for propagating within the fiber optic resonator in a first direction, wherein a second cross-talked portion due to backscattering of the first light wave by the resonator propagates in a second direction that is opposite to the first direction; a second laser source that produces a second light wave for propagating within the fiber optic resonator in the second direction at a second carrier frequency, and having a third cross-talked portion that propagates in the first direction; a first modulator that modulates the first light wave with a first modulation signal that suppresses light at the first carrier frequency and the second cross-talked portion at the second carrier frequency; and one or more photodetectors that generate a carrier suppressed first signal from the modulated first light wave and a second signal from the second light wave. a fiber optic resonator ; a first laser source that produces a first light wave at a first carrier frequency and a first cross-talked portion at a second carrier frequency wave for propagating within the fiber optic resonator in a first direction, wherein a second cross-talked portion due to backscattering of the first light wave by the resonator propagates in a second direction that is opposite to the first direction; a second laser source that produces a second light wave for propagating within the fiber optic resonator in the second direction at a second carrier frequency, and having a third cross-talked portion that propagates in the first direction; a first modulator that modulates the first light wave with a first modulation signal that suppresses light at the first carrier frequency and the second cross-talked portion at the second carrier frequency; and one or more photodetectors that generate a carrier suppressed first signal from the modulated first light wave and a second signal from the second light wave.
A method of sealing a spacer discontinuity in an insulating glazing unit wherein a spacer is positioned between first and second glass lites ; the spacer having an inwardly facing surface and an outwardly facing surface; the method comprising the steps of: (A) connecting a patch sealant layer of a patch to the outwardly facing surface of the spacer over the spacer discontinuity; (B) applying pressure to the patch to force a portion of the patch sealant of the patch sealant layer into the discontinuity; and (C) covering the patch with a sealant after step (B). (A) connecting a patch sealant layer of a patch to the outwardly facing surface of the spacer over the spacer discontinuity; (B) applying pressure to the patch to force a portion of the patch sealant of the patch sealant layer into the discontinuity; and (C) covering the patch with a sealant after step (B).
Hob with at least one hob device, which comprises a hob plate (12a-b), which is provided for placement of at least one item of cookware (14a-b), an infrared sensor (18a-b) and at least one radiation conductor (16a-b) which is provided to conduct infrared radiation to the infrared sensor (18a-b) in at least one operating state and wherein the radiation conductor (16a-b) has at least one region for receiving radiation (20a-b) for receiving infrared radiation emitted by at least one positioned item of cookware, characterised in that the radiation receiving region (20a-b) is arranged on a longitudinal side of the radiation conductor (16a-b), which extends over a substantial part of the hob plate (12a-b) and which has a surface extension parallel to the hob plate (12a-b) of at least 75 mm 2 and/or a longitudinal extension parallel to the hob plate (12a-b) of at least 20 mm.
A pan for a hot air apparatus for preparing food, comprising: - a pan bottom providing a pan surface area for receiving food to be prepared; - side-walls at least partly surrounding the pan surface area; and - a mounting connector for temporarily mounting the pan inside a food preparation chamber of an apparatus for preparing food; wherein the pan bottom is provided with a plurality of through-holes as a hot air passage; wherein, the through-holes cover approximately 3 to 50 % of the pan surface area; wherein the heat capacity per area of the projected bottom surface of the pan bottom is between 10 and 75 JK -1 dm -2 ; wherein an outer contour of the pan is provided with a plurality of extensions for abutting to adjacent inner surfaces of a food preparation chamber; wherein at least one lateral recess is provided between the extensions as a secondary hot air passage; and wherein the hot air passage by the plurality of through-holes and the secondary hot air passage are provided in a ratio in a range of 1:1 to 1:3. - a pan bottom providing a pan surface area for receiving food to be prepared; - side-walls at least partly surrounding the pan surface area; and - a mounting connector for temporarily mounting the pan inside a food preparation chamber of an apparatus for preparing food;
A method for transfer of application data between a first node and a second node via a wireless communication network, the method performed by the first node and comprising: receiving from the second node application-layer control signaling that indicates an extent to which the second node will be available in terms of time duration for a prospective transfer of application data to or from the second node and an indication of an associated estimated average throughput of the prospective transfer , and determining , based on the extent of availability of the second node and the associated estimated average throughput indicated by the received application-layer control signaling , whether to proceed with the prospective transfer of application data, and when to proceed with the prospective transfer of application data, if it is determined to proceed with the prospective transfer . receiving from the second node application-layer control signaling that indicates an extent to which the second node will be available in terms of time duration for a prospective transfer of application data to or from the second node and an indication of an associated estimated average throughput of the prospective transfer , and determining , based on the extent of availability of the second node and the associated estimated average throughput indicated by the received application-layer control signaling , whether to proceed with the prospective transfer of application data, and when to proceed with the prospective transfer of application data, if it is determined to proceed with the prospective transfer .
An apparatus comprising: means for storing (S1) location information of a fixed-line user equipment operating in an internet protocol multimedia subsystem; and characterised by comprising: means for sending (S2), in response to the location information of the fixed-line user equipment being updated by the apparatus, a registration termination request to a serving call state control function serving the fixed-line user equipment, the registration termination request comprising a reason code indicating the location information of the fixed-line user equipment has been updated at the apparatus.
A nonwoven fabric having a layered structure in which at least one ultrafine fiber layer (M) having a mean fiber diameter, determined as described in the description, of 0.3 μm to 7 μm and a basis weight of 1 g/m 2 to 40 g/m 2 and at least one continuous long fiber layer (S) having a mean fiber diameter, determined as described in the description, of 10 μm to 30 μm are integrated by partial thermocompression bonding, wherein the continuous long fiber layer (S) is composed of long fibers containing 97.0 wt% to 99.9 wt% of a polyester (component A) and 0.1 wt% to 3.0 wt% of a thermoplastic resin with a glass transition point temperature of 114°C to 160°C (component B), and the bulk density of the ultrafine fiber layer (M), determined as described in the description, is 0.35 g/cm 3 to 0.70 g/cm 3 .
A movable diffraction element for use in a spectroscope, the moveable diffraction element comprising: a movable component having a comb-like shape; a fixed component having a comb-like shape, the teeth of the fixed component being disposed between the teeth of the moveable component ; a supporting unit configured to support the movable component ; a first arm comprising a first cantilever actuator coupled to the supporting unit ; a second arm comprising a second cantilever actuator coupled to the moveable component , the second arm disposed parallel to the first arm ; and a coupler connecting the first arm and the second arm a region of the first arm placed between the first cantilever actuator and the coupler serving as a displacement determiner wherein the first cantilever actuator and the second cantilever actuator are configured such that a slope generated when the second cantilever actuator deforms is approximately equivalent to a slope generated at the first cantilever actuator . a movable component having a comb-like shape; a fixed component having a comb-like shape, the teeth of the fixed component being disposed between the teeth of the moveable component ; a supporting unit configured to support the movable component ; a first arm comprising a first cantilever actuator coupled to the supporting unit ; a second arm comprising a second cantilever actuator coupled to the moveable component , the second arm disposed parallel to the first arm ; and a coupler connecting the first arm and the second arm a region of the first arm placed between the first cantilever actuator and the coupler serving as a displacement determiner wherein the first cantilever actuator and the second cantilever actuator are configured such that a slope generated when the second cantilever actuator deforms is approximately equivalent to a slope generated at the first cantilever actuator .
Vehicle comprising a wheel housing , a shock absorber , a damper bearing and a bearing arrangement, wherein a damper receptacle is formed in the bearing arrangement in a wheel housing sheet-metal part delimiting the wheel housing , which damper receptacle is connected in a screw connection (S) to the damper bearing of the shock absorber , in which screw connection a screw bolt is guided through a damper bearing screw hole and through a screw hole of the damper receptacle and is screwed by its bolt tip to an internal thread of a reinforcing element , which is arranged on the side of the damper receptacle facing away from the wheel housing , wherein a positioning aid is assigned to the damper receptacle , by means of which positioning aid the damper bearing of the shock absorber can be prepositioned in an assembly process until it is in an installation position (E), in which installation position the screw hole of the damper bearing , the screw hole of the damper receptacle , and the reinforcing element internal thread are mutually aligned in a screwing direction, wherein the positioning aid is a materially uniform and/or integral component of the reinforcing element , and therefore a relative position between the positioning aid and the reinforcing element inner thread is fixed, specifically irrespective of component and/or manufacturing tolerances in the damper receptacle and/or in the wheel housing sheet-metal part .
An intravascular catheter, comprising: an outer tubular member (32; 132; 322; 332; 532) having a proximal end and a distal end (38; 538); an inner tubular member (30; 130; 230; 330; 530) having a proximal end and a distal end; an inflatable balloon (22; 122; 222; 322; 522) having a proximal end region (36; 136; 236; 336; 536) coupled to the outer tubular member (32; 132; 322; 332; 532) adjacent to the distal end thereof and a distal end region (34; 134; 234; 334; 534) coupled to the inner tubular member (30; 130; 230; 330; 530) adjacent to the distal end thereof; and at least one electrode assembly (28; 128; 228; 328; 560) affixed to an outer surface of the inflatable balloon (22; 122; 222; 322; 522); characterised in that the proximal end region (36; 136; 236; 536) is coupled to the outer tubular member (32; 132; 322; 532) so as to define one or more discharge channels (160; 260; 504) therebetween that allow an inflation fluid to exit the balloon (22; 122; 222; 522) or the distal end region (34; 134; 334; 534) is bonded to the inner tubular member (30; 130; 330; 530) so as to define one or more discharge channels (162; 362; 502) therebetween that allow an inflation fluid to exit the balloon (22; 122; 322; 522). an outer tubular member (32; 132; 322; 332; 532) having a proximal end and a distal end (38; 538); an inner tubular member (30; 130; 230; 330; 530) having a proximal end and a distal end; an inflatable balloon (22; 122; 222; 322; 522) having a proximal end region (36; 136; 236; 336; 536) coupled to the outer tubular member (32; 132; 322; 332; 532) adjacent to the distal end thereof and a distal end region (34; 134; 234; 334; 534) coupled to the inner tubular member (30; 130; 230; 330; 530) adjacent to the distal end thereof; and at least one electrode assembly (28; 128; 228; 328; 560) affixed to an outer surface of the inflatable balloon (22; 122; 222; 322; 522); characterised in that the proximal end region (36; 136; 236; 536) is coupled to the outer tubular member (32; 132; 322; 532) so as to define one or more discharge channels (160; 260; 504) therebetween that allow an inflation fluid to exit the balloon (22; 122; 222; 522) or the distal end region (34; 134; 334; 534) is bonded to the inner tubular member (30; 130; 330; 530) so as to define one or more discharge channels (162; 362; 502) therebetween that allow an inflation fluid to exit the balloon (22; 122; 322; 522).
A scrolling method of a mobile terminal comprising: displaying a plurality of items of a list of items in first sizes on a display screen of the mobile terminal; while a top item of the plurality of items displayed on the display screen is the first item of the list of items, receiving a touch input for scrolling the plurality of items on the display screen in a downward direction corresponding to a downward direction of the touch input; in response to the touch input for scrolling, increasing display sizes of at least two neighboring items including the top item of the plurality of items from the first sizes to second sizes while keeping an upper edge of the top item fixed at a location on the display screen; and in response to a release of the touch input, restoring the display sizes of the at least two neighboring items on the display screen to display the at least two neighboring items in the first sizes. displaying a plurality of items of a list of items in first sizes on a display screen of the mobile terminal; while a top item of the plurality of items displayed on the display screen is the first item of the list of items, receiving a touch input for scrolling the plurality of items on the display screen in a downward direction corresponding to a downward direction of the touch input; in response to the touch input for scrolling, increasing display sizes of at least two neighboring items including the top item of the plurality of items from the first sizes to second sizes while keeping an upper edge of the top item fixed at a location on the display screen; and in response to a release of the touch input, restoring the display sizes of the at least two neighboring items on the display screen to display the at least two neighboring items in the first sizes.
An appliance lock for retaining a lid strike affixed to a hinged lid of an appliance , the hinged lid opening to provide access to a washing cavity when the appliance lock is unlocked, the appliance lock comprising: a housing providing a compartment for receiving the lid strike when the hinged lid is closed; a lock pin adapted to slide into the compartment to engage the lid strike from a first side of the compartment; and an electric actuator communicating with the lock pin to move the lock pin along an actuation axis , the electric actuator positioned on a second side of the compartment opposite to the first side. a lock pin adapted to slide into the compartment to engage the lid strike from a first side of the compartment; and an electric actuator communicating with the lock pin to move the lock pin along an actuation axis , the electric actuator positioned on a second side of the compartment opposite to the first side.
Strapping device, having a tensioning unit and a sealing unit and having a drive device , wherein the tensioning unit or sealing unit can be optionally coupled to the drive device as a base, characterized in that the tensioning unit or sealing unit is designed as a module, wherein the module is a replaceable, complex and closed functional unit, i.e. a replaceable complex element within an overall system, of the strapping device, wherein further the module and the drive device can not only be connected or separated mechanically, but also in terms of data technology, and wherein the module is equipped with a transponder , which communicates with a reader in the drive device . characterized in that the tensioning unit or sealing unit is designed as a module, wherein the module is a replaceable, complex and closed functional unit, i.e. a replaceable complex element within an overall system, of the strapping device, wherein further the module and the drive device can not only be connected or separated mechanically, but also in terms of data technology, and wherein the module is equipped with a transponder , which communicates with a reader in the drive device .
A display device, comprising: a display panel ; a frame positioned at a back of the display panel ; a main light assembly (LA) positioned on the frame between the display panel and the frame ; and a side light assembly (LA1, LA2) positioned on the frame between the display panel and the frame and positioned to be adjacent to the main light assembly (LA), wherein the frame comprises a bottom forming a lower surface and a side support (130S1, 130S2) extended from the bottom to one side of the display panel , wherein the side support (130S1, 130S2) is closer to the display panel than the bottom , wherein the main light assembly (LA) is positioned at the bottom , and wherein the side light assembly (LA1, LA2) is positioned at the side support (130S1, 130S2), a reflection sheet positioned between the main light assembly (LA) and the display panel , wherein the reflection sheet comprises: a first part positioned on the bottom or a substrate positioned on the bottom ; a second part extended from the first part to the side light assembly (LA 1, LA2) and positioned space apart from the side support (130S1, 130S2); and a third part elongated from the second part and covering a part of the side light assembly (LA1, LA2). a display panel ; a frame positioned at a back of the display panel ; a main light assembly (LA) positioned on the frame between the display panel and the frame ; and a side light assembly (LA1, LA2) positioned on the frame between the display panel and the frame and positioned to be adjacent to the main light assembly (LA), wherein the frame comprises a bottom forming a lower surface and a side support (130S1, 130S2) extended from the bottom to one side of the display panel , wherein the side support (130S1, 130S2) is closer to the display panel than the bottom , wherein the main light assembly (LA) is positioned at the bottom , and wherein the side light assembly (LA1, LA2) is positioned at the side support (130S1, 130S2), a reflection sheet positioned between the main light assembly (LA) and the display panel , wherein the reflection sheet comprises: a first part positioned on the bottom or a substrate positioned on the bottom ; a second part extended from the first part to the side light assembly (LA 1, LA2) and positioned space apart from the side support (130S1, 130S2); and a third part elongated from the second part and covering a part of the side light assembly (LA1, LA2). a first part positioned on the bottom or a substrate positioned on the bottom ; a second part extended from the first part to the side light assembly (LA 1, LA2) and positioned space apart from the side support (130S1, 130S2); and a third part elongated from the second part and covering a part of the side light assembly (LA1, LA2).