mhurhangee/ep-ind-claims huggingface dataset:
1. An ostomy bag comprising - a pouch including a front wall (3, 203) and a rear wall, - a waste inlet opening in the rear wall for letting the output from the stoma enter into the pouch, - a vent opening (16, 216) for letting gas exit the bag, - a filter construction (10,110,210,310,410) including a deodorising element (11, 111, 211, 311, 411) and an elongated extension element (20, 120) providing an enclosure for gas-flow, - the deodorising element (11, 111, 211, 311, 411) being provided with a gas outlet (15, 115, 315, 415), - the deodorising element (11, 111, 211, 311, 411) being connected to a first end (21, 121, 221) of the elongated extension element, the extension element (20, 120) being provided with a second end (22, 122, 322, 422) so that the direction from the first end (21, 121, 221) to the second end (22, 122, 322, 422) defines the longitudinal direction of the extension element (20, 120), - the extension element (20, 120) having a gas-inlet portion (25, 125, 225, 425) including a number of gas-inlets (26, 126, 226, 426) to the filter construction, - characterised in that - the gas-inlets (26, 126, 226, 426) being placed across an outer surface of the extension element in the transverse direction so that the gas-inlets (26, 126, 226, 426) face in opposite directions from the outer surface. - a pouch including a front wall (3, 203) and a rear wall, - a waste inlet opening in the rear wall for letting the output from the stoma enter into the pouch, - a vent opening (16, 216) for letting gas exit the bag, - a filter construction (10,110,210,310,410) including a deodorising element (11, 111, 211, 311, 411) and an elongated extension element (20, 120) providing an enclosure for gas-flow, - the deodorising element (11, 111, 211, 311, 411) being provided with a gas outlet (15, 115, 315, 415), - the deodorising element (11, 111, 211, 311, 411) being connected to a first end (21, 121, 221) of the elongated extension element, the extension element (20, 120) being provided with a second end (22, 122, 322, 422) so that the direction from the first end (21, 121, 221) to the second end (22, 122, 322, 422) defines the longitudinal direction of the extension element (20, 120), - the extension element (20, 120) having a gas-inlet portion (25, 125, 225, 425) including a number of gas-inlets (26, 126, 226, 426) to the filter construction, - characterised in that - the gas-inlets (26, 126, 226, 426) being placed across an outer surface of the extension element in the transverse direction so that the gas-inlets (26, 126, 226, 426) face in opposite directions from the outer surface.
A wireless device comprising: • a radio subsystem; and • a processing subsystem associated with the radio subsystem and configured to: • select one of a plurality of sets of radio resources for transmission of an uplink reference signal, wherein each of the plurality of sets of radio resources comprises at least one of a group consisting of a cyclic shift, a time resource, and a frequency resource, wherein the selected one of the plurality of sets of radio resources is mapped to feedback information that the wireless device desires to convey to a base station and each of the plurality of sets of radio resources is mapped to different feedback information; and • transmit the uplink reference signal to the base station via the radio subsystem using the selected one of the plurality of sets of radio resources to thereby convey the feedback information to the base station. • a radio subsystem; and • a processing subsystem associated with the radio subsystem and configured to: • select one of a plurality of sets of radio resources for transmission of an uplink reference signal, wherein each of the plurality of sets of radio resources comprises at least one of a group consisting of a cyclic shift, a time resource, and a frequency resource, wherein the selected one of the plurality of sets of radio resources is mapped to feedback information that the wireless device desires to convey to a base station and each of the plurality of sets of radio resources is mapped to different feedback information; and • transmit the uplink reference signal to the base station via the radio subsystem using the selected one of the plurality of sets of radio resources to thereby convey the feedback information to the base station. • select one of a plurality of sets of radio resources for transmission of an uplink reference signal, wherein each of the plurality of sets of radio resources comprises at least one of a group consisting of a cyclic shift, a time resource, and a frequency resource, wherein the selected one of the plurality of sets of radio resources is mapped to feedback information that the wireless device desires to convey to a base station and each of the plurality of sets of radio resources is mapped to different feedback information; and • transmit the uplink reference signal to the base station via the radio subsystem using the selected one of the plurality of sets of radio resources to thereby convey the feedback information to the base station.
An epoxy resin compound comprising: an epoxy resin; a hardening agent; and an inorganic filler, characterized in that, the epoxy resin comprises an epoxy resin represented by the following Chemical Formula 3: wherein the epoxy resin further comprises at least one non-crystalline epoxy resin, wherein the epoxy resin represented by Chemical Formula 3 is included in 12 wt% or more with respect to the whole epoxy resin. an epoxy resin; a hardening agent; and an inorganic filler, characterized in that,
A coupling device for selectively coupling a dental handpiece (101, 201, 301, 401) to a dental base station (109, 209, 309, 403), the coupling device comprising: • a first end selectively coupleable to the dental base station (109, 209, 309, 403) and configured to receive a gaseous or fluid medium from the dental base station (109, 209, 309, 403); • an electrical power source housed by the coupling device; and • a second end selectively coupleable to the dental handpiece (101, 201, 301, 401) and configured to output the gaseous or fluid medium from the dental base station (109, 209, 309, 403) to the dental handpiece (101, 201, 301, 401) and to output electrical power from the electrical power source to the dental handpiece (101, 201, 301, 401), characterized in that the electrical power source of the coupling device includes a rechargeable battery and a battery charger. • a first end selectively coupleable to the dental base station (109, 209, 309, 403) and configured to receive a gaseous or fluid medium from the dental base station (109, 209, 309, 403); • an electrical power source housed by the coupling device; and • a second end selectively coupleable to the dental handpiece (101, 201, 301, 401) and configured to output the gaseous or fluid medium from the dental base station (109, 209, 309, 403) to the dental handpiece (101, 201, 301, 401) and to output electrical power from the electrical power source to the dental handpiece (101, 201, 301, 401),
Method for operating an installation having an input end and an output end for the temporally limited reception of baked-good carriers in a plurality of levels located one above another, wherein the baked-good carriers lie close together in the individual levels such that the baked-good carrier located closest to the input end in one level being displaced in the direction of the output end causes the baked-good carrier (4") located closest to the output end in the same level to be displaced in the same direction, wherein a loading device is provided at the input end and a removal device is provided at the output end, characterized by the following steps of: a. coupling the loading device in a tension- and compression-resistant manner to a baked-good carrier to be pushed in; b. coupling the removal device in a tension- and compression-resistant manner to the baked-good carrier located closest to the output end; c. moving the loading device such that the baked-good carrier to be pushed in is in contact with the baked-good carrier located closest to the input end; d. synchronously moving the loading device and the removal device such that the baked-good carrier to be pushed in moves into the position of the baked-good carrier located closest to the input end in the initial state; e. moving the removal device such that the baked-good carrier (4") coupled to the removal device is pulled away from the other baked-good carriers; f. uncoupling the loading device; and g. uncoupling the removal device. a. coupling the loading device in a tension- and compression-resistant manner to a baked-good carrier to be pushed in; b. coupling the removal device in a tension- and compression-resistant manner to the baked-good carrier located closest to the output end; c. moving the loading device such that the baked-good carrier to be pushed in is in contact with the baked-good carrier located closest to the input end; d. synchronously moving the loading device and the removal device such that the baked-good carrier to be pushed in moves into the position of the baked-good carrier located closest to the input end in the initial state; e. moving the removal device such that the baked-good carrier (4") coupled to the removal device is pulled away from the other baked-good carriers; f. uncoupling the loading device; and g. uncoupling the removal device.
An optical device, comprising: at least a first lens having an adjustable focal length, wherein the first lens comprises a container comprising at least one reservoir volume and a lens volume which are in flow communication via a channel and which are filled with a transparent fluid, and wherein the container comprises a stretchable transparent membrane and a transparent lens shaper that is immersed in the fluid and connected to the membrane, so that the lens shaper defines a curvature-adjustable area of the membrane, and wherein the container comprises a transparent back wall facing the membrane, wherein the fluid is arranged between the membrane and the back wall, characterized in that the at least one reservoir volume is covered by a wall, wherein a plunger for interacting with an actuator part is arranged in the at least one reservoir volume and connected to the wall so that fluid is pumped from the lens volume into the at least one reservoir volume when the plunger is attracted by the actuator part whereby the curvature of the curvature-adjustable area and therewith said focal length is changed. at least a first lens having an adjustable focal length, wherein the first lens comprises a container comprising at least one reservoir volume and a lens volume which are in flow communication via a channel and which are filled with a transparent fluid, and wherein the container comprises a stretchable transparent membrane and a transparent lens shaper that is immersed in the fluid and connected to the membrane, so that the lens shaper defines a curvature-adjustable area of the membrane, and wherein the container comprises a transparent back wall facing the membrane, wherein the fluid is arranged between the membrane and the back wall, characterized in that the at least one reservoir volume is covered by a wall, wherein a plunger for interacting with an actuator part is arranged in the at least one reservoir volume and connected to the wall so that fluid is pumped from the lens volume into the at least one reservoir volume when the plunger is attracted by the actuator part whereby the curvature of the curvature-adjustable area and therewith said focal length is changed.
Method for optical shape detection and/or shape inspection of an object, wherein a structured illumination is used, wherein an irradiance profile of the structured illumination is provided which is based on a carrier signal modulated by a modulation function according to a modulation method, wherein - as carrier signal a periodic function with a sequence of periods is used, wherein - a Gaussian function, a Gaussian-shaped function or an approximately Gaussian-shaped function is used as modulation function, wherein - the modulation function is a function given in spatial space by which the local variation of the irradiance of the carrier signal is changed, and - a light-sectioning method, a method of stripe projection, and/or a method of deflectometry is performed characterized in that - the modulation function is used to make periods of the carrier signal distinguishable from one another. - as carrier signal a periodic function with a sequence of periods is used, wherein - a Gaussian function, a Gaussian-shaped function or an approximately Gaussian-shaped function is used as modulation function, wherein - the modulation function is a function given in spatial space by which the local variation of the irradiance of the carrier signal is changed, and - a light-sectioning method, a method of stripe projection, and/or a method of deflectometry is performed - the modulation function is used to make periods of the carrier signal distinguishable from one another.
A method, comprising: accumulating a history of access requests for a requested data, the history of access requests comprising respective contexts of requesting devices making the access requests; determining, based on an analysis of the respective context contained in each access request in the history of access requests, an access pattern for the requested data; receiving, after accumulating the history of access requests, a present access request from a requesting device to access requested data; determining a context for the requesting device sending the present access request; determining a deviation between the context for the requesting device sending the present access request and the access pattern; comparing, based on determining the deviation, the context of the present requesting device to contexts defined in the access pattern; sending, based on the comparing, a notification comprising the context for the requesting device to an authorization device associated with the requested data, wherein the authorization device receives (316, 406) an authorization response for the present access request from a user of the authorization device, and allowing access to the requested data based on the response to the notification that is received from the authorization device. accumulating a history of access requests for a requested data, the history of access requests comprising respective contexts of requesting devices making the access requests; determining, based on an analysis of the respective context contained in each access request in the history of access requests, an access pattern for the requested data; receiving, after accumulating the history of access requests, a present access request from a requesting device to access requested data; determining a context for the requesting device sending the present access request; determining a deviation between the context for the requesting device sending the present access request and the access pattern; comparing, based on determining the deviation, the context of the present requesting device to contexts defined in the access pattern; sending, based on the comparing, a notification comprising the context for the requesting device to an authorization device associated with the requested data, wherein the authorization device receives (316, 406) an authorization response for the present access request from a user of the authorization device, and allowing access to the requested data based on the response to the notification that is received from the authorization device.
A combustor, comprising: a shell; a liner mounted to the shell and positioned radially inside the shell with respect to an axis of the combustor, the shell and liner defining a combustion chamber; a grommet having radially inward and outward surfaces (158, 159), the grommet defining a dilution hole communicating through the shell and the liner, the grommet in engagement with and positioned between the liner and the shell at a second radially outward surface such that said second radially outward surface of the grommet engages with an interior surface of the shell; and a cooling channel communicating through the grommet, characterized in that the cooling channel communicates through the grommet from the outward surface to the opposing radially inward surface. a shell; a liner mounted to the shell and positioned radially inside the shell with respect to an axis of the combustor, the shell and liner defining a combustion chamber; a grommet having radially inward and outward surfaces (158, 159), the grommet defining a dilution hole communicating through the shell and the liner, the grommet in engagement with and positioned between the liner and the shell at a second radially outward surface such that said second radially outward surface of the grommet engages with an interior surface of the shell; and a cooling channel communicating through the grommet, characterized in that the cooling channel communicates through the grommet from the outward surface to the opposing radially inward surface.
An assembly, comprising: a threaded stem having an external helical male thread, the male thread defining a root having a first diameter, a crest having a second diameter, and flanks defining a third diameter, wherein the third diameter is defined as the diameter of an imaginary cylinder drawn along the axis of the thread where equal length is contained inside and outside the thread form; a sealing adapter having an annular body, an outer surface and an internal female thread, the female thread defining a crest having a fourth diameter, a root having a fifth diameter, and flanks defining a sixth diameter, wherein the sixth diameter is defined as the diameter of an imaginary cylinder drawn along the axis of the thread where equal length is contained inside and outside the thread form; wherein the sealing adapter is threaded onto the threaded stem such that the female thread engages the male thread, and wherein, prior to assembly, the fourth diameter is less than the first diameter, the fifth diameter is less than the second diameter, and the sixth diameter is less than the third diameter; a coaxial cable interconnected with the threaded stem via a coaxial connector; and an elastomeric sealing boot that engages the outer surface of the sealing adapter and is configured to seal the interconnection between the threaded stem and the coaxial connector.
A system comprising: a device configured to communicate current sourcing capabilities to an external power source over a wired connection containing a plurality of wires, the device including: a power supply circuit configured to provide operating power for the device; a first pull-down circuit configured to provide a pull-down for a particular wire of the wired connection using a first resistive element that is actively trimmed using the operating power; and a second pull-down circuit including at least one transistor that, in the absence of the operating power, is configured to enable a current path, in response to a gate voltage generated from a voltage on the particular wire, between the particular wire and a second resistive element. a power supply circuit configured to provide operating power for the device; a first pull-down circuit configured to provide a pull-down for a particular wire of the wired connection using a first resistive element that is actively trimmed using the operating power; and a second pull-down circuit including at least one transistor that, in the absence of the operating power, is configured to enable a current path, in response to a gate voltage generated from a voltage on the particular wire, between the particular wire and a second resistive element.
An articulating step assembly for a vehicle comprising: a mount for attachment to a vehicle; a step member; an articulating linkage connecting the mount and the step for stowing and deploying the step; a motor attached to the linkage to provide raising and lowering of the step; a weather sealed switch located on the assembly for actuating the motor and linkage for deploying the step, characterized in that the switch actuates the motor and linkage in response to movement of the step in a predetermined direction. a mount for attachment to a vehicle; a step member; an articulating linkage connecting the mount and the step for stowing and deploying the step; a motor attached to the linkage to provide raising and lowering of the step; a weather sealed switch located on the assembly for actuating the motor and linkage for deploying the step, characterized in that the switch actuates the motor and linkage in response to movement of the step in a predetermined direction.
A gyratory crusher bottomshell comprising: an annular wall extending around a longitudinal axis of the bottomshell, the annular wall having a radially outward facing surface, a radially inward facing surface, an annular axial upper end and an annular axial lower end; at least one hatch opening provided through the annular wall; characterised in that: at a border region of the wall surrounding the hatch opening a radial thickness of the wall is not greater than a radial wall thickness over a remainder region of the wall outside of the border region at the same corresponding axial position of the hatch opening. an annular wall extending around a longitudinal axis of the bottomshell, the annular wall having a radially outward facing surface, a radially inward facing surface, an annular axial upper end and an annular axial lower end; at least one hatch opening provided through the annular wall; characterised in that: at a border region of the wall surrounding the hatch opening a radial thickness of the wall is not greater than a radial wall thickness over a remainder region of the wall outside of the border region at the same corresponding axial position of the hatch opening.
A printing apparatus comprising: a printing unit configured to print received information on a recording sheet; a power supply including a rechargeable battery; a knock dial, electrically connected to the printing unit, and configured to input information to the printing unit when operated by an operator; and a charger,electrically connected to the knock dial, and configured to charge the rechargeable battery, wherein the printing apparatus has a columnar shape having a first end, and a second end opposite the first end, along a longitudinal direction thereof, and wherein the printing unit, the knock dial, the power supply, and the charger are arranged in this order from the first end towards the second end of the columnar shape. a printing unit configured to print received information on a recording sheet; a power supply including a rechargeable battery; a knock dial, electrically connected to the printing unit, and configured to input information to the printing unit when operated by an operator; and a charger,electrically connected to the knock dial, and configured to charge the rechargeable battery, wherein the printing apparatus has a columnar shape having a first end, and a second end opposite the first end, along a longitudinal direction thereof, and wherein the printing unit, the knock dial, the power supply, and the charger are arranged in this order from the first end towards the second end of the columnar shape.