mhurhangee/ep-ind-claims huggingface dataset:
A container for holding and dispensing liquid, comprising: an elongated body, having a first side and an opposing second side; and a lid having a spout and releasable cap; characterised in that the container comprises a groove built therein and configured to releasably receive said releasable cap which is configured to be slid and held therein; wherein said releasable cap comprises, on the first side thereof, an attachment to secure said releasable cap to a wall to releasably hold in place said releasable cap and thereby, when the cap is held within the groove, said container. an elongated body, having a first side and an opposing second side; and a lid having a spout and releasable cap; characterised in that the container comprises a groove built therein and configured to releasably receive said releasable cap which is configured to be slid and held therein; wherein said releasable cap comprises, on the first side thereof, an attachment to secure said releasable cap to a wall to releasably hold in place said releasable cap and thereby, when the cap is held within the groove, said container.
Cooling circuit that is equipped with a coolant, a compressor, a condenser and evaporator -expansion valve combinations in parallel in the cooling circuit whereby the evaporators form a part of separate heat exchangers, whereby the outlets of the respective evaporators are connected to a collection pipe that is connected to an inlet of the aforementioned compressor, whereby this cooling circuit comprises a control unit that is connected to at least one temperature sensor and at least one pressure sensor that are placed in the aforementioned collection pipe and which is also connected to the aforementioned expansion valves (7, 7A, 7B) for the control of them; whereby the control unit is provided with an algorithm for jointly controlling the expansion valves (7, 7A, 7B) on the basis of measurement signals originating from the aforementioned temperature sensor and pressure sensor, in order to control the superheating in the aforementioned collection pipe, whereby the evaporators form the primary section of separate heat exchangers that each also comprise a secondary section; and that the aforementioned control unit is connected to measurement means for determining the lowest gas temperature of the secondary sections of each of the aforementioned heat exchangers characterised in that this control unit comprises an algorithm for controlling the lowest gas temperatures of the separate heat exchangers according to the same target value, by the separate control of the respective expansion valves (7, 7A, 7B) of each respective heat exchanger.
Ejection device for ejecting a movable furniture part of a piece of furniture, wherein the movable furniture part is connected movably via a furniture hinge (6, 26) to a furniture body of the piece of furniture, wherein the movable furniture part can be moved from a closed position on the furniture body into an opened position, wherein the ejection device comprises an electric drive unit and a control rod, wherein the control rod can be integrated into a wall of the furniture body, characterised in that the control rod comprises coupling means, wherein the control rod is configured to come into contact with the furniture hinge (6, 26) via the coupling means, wherein the coupling means can be coupled to the furniture hinge (6, 29) on a hinge arm of the furniture hinge (6, 26).
A hand tool for dispensing plastic fasteners, comprising: a gun shaped casing, said casing having a barrel portion, and a handle portion, said casing further having a needle assembly opening at the front of the barrel portion and a trigger slot on the front of said handle portion; a hollow needle; a needle assembly, said needle assembly being slidably movable back and forth between a retracted position disposed substantially within said casing and an extended position disposed substantially out of said casing through said needle assembly opening, said hollow needle disposed on one end of said needle assembly, a trigger, said trigger being pivotally mounted within said casing and extending out from said trigger slot, said trigger being capable of moving said needle assembly between the retracted and extended positions; and an anvil, said anvil having a needle guard, a main portion, and a fabric slot, said fabric slot separating said needle guard from said main portion, characterized in that: said needle guard has a static portion and a dynamic portion, said dynamic portion being mounted within, and biased away from, said static portion. a gun shaped casing, said casing having a barrel portion, and a handle portion, said casing further having a needle assembly opening at the front of the barrel portion and a trigger slot on the front of said handle portion; a hollow needle; a needle assembly, said needle assembly being slidably movable back and forth between a retracted position disposed substantially within said casing and an extended position disposed substantially out of said casing through said needle assembly opening, said hollow needle disposed on one end of said needle assembly, a trigger, said trigger being pivotally mounted within said casing and extending out from said trigger slot, said trigger being capable of moving said needle assembly between the retracted and extended positions; and an anvil, said anvil having a needle guard, a main portion, and a fabric slot, said fabric slot separating said needle guard from said main portion, characterized in that: said needle guard has a static portion and a dynamic portion, said dynamic portion being mounted within, and biased away from, said static portion. said needle guard has a static portion and a dynamic portion, said dynamic portion being mounted within, and biased away from, said static portion.
A method of wireless communication for use in a user equipment, UE, the method comprising: receiving, through a broadcasted group discovery channel, GDCH, a list of group call services and corresponding session description protocol, SDP, information for establishing the group call services; determining at least one group call service of the group call services to receive; and establishing the at least one group call service based at least in part on the corresponding SDP information received through the broadcasted GDCH. receiving, through a broadcasted group discovery channel, GDCH, a list of group call services and corresponding session description protocol, SDP, information for establishing the group call services; determining at least one group call service of the group call services to receive; and establishing the at least one group call service based at least in part on the corresponding SDP information received through the broadcasted GDCH.
Method for determining the length of at least one track section (LI, L2, L3), wherein - traversal messages caused by a traversal of the at least one track section (LI, L2, L3) by a plurality of rail vehicles and triggered by the wheel detectors (K1, K2, K3, K4) delimiting the respective track section (LI, L2, L3) are detected, - the length of the at least one track section (LI, L2, L3) is determined by means of a statistical evaluation that takes into consideration the time intervals of the detected traversal messages and axle spacings of the rail vehicles. - traversal messages caused by a traversal of the at least one track section (LI, L2, L3) by a plurality of rail vehicles and triggered by the wheel detectors (K1, K2, K3, K4) delimiting the respective track section (LI, L2, L3) are detected, - the length of the at least one track section (LI, L2, L3) is determined by means of a statistical evaluation that takes into consideration the time intervals of the detected traversal messages and axle spacings of the rail vehicles.
A multi-positionable tray assembly for mounting within a chassis of a telecommunications panel, the multi-positionable tray assembly comprising: a. a tray configured to support at least one cable management structure; and b. a support arm connected to and supporting the tray at a pivot joint such that the tray is rotatable about the pivot joint at a pivot axis between a folded position and an access position, the support arm being configured for removable attachment to the chassis such that the multi-positionable tray can be placed in a removed position away from the chassis and an installed position within the chassis; c. wherein the support arm includes a first latch member for securing the support arm to the chassis with a snap-fit connection. a. a tray configured to support at least one cable management structure; and b. a support arm connected to and supporting the tray at a pivot joint such that the tray is rotatable about the pivot joint at a pivot axis between a folded position and an access position, the support arm being configured for removable attachment to the chassis such that the multi-positionable tray can be placed in a removed position away from the chassis and an installed position within the chassis; c. wherein the support arm includes a first latch member for securing the support arm to the chassis with a snap-fit connection.
Method for detecting an overhead line or conductor rail above a route, wherein an area above the route is monitored by means of an upwardly directed sensor located on a vehicle and a detection signal is generated if it is detected from a sensor signal that there is an overhead line or conductor rail above the vehicle, wherein an adjustable-height element located on the vehicle is moved on the basis of the detection signal, characterized in that the adjustable-height element located on the vehicle is a boom, the upward movement of which is limited on the basis of the detection signal such that a prescribable minimum vertical distance between the boom and the overhead line or the conductor rail is not infringed.
A biopsy assembly comprising: a biopsy catheter having a proximal portion and a distal portion and a continuous lumen therein; a flexible navigation catheter (102, 1102, 702) having a lumen therein and configured to receive the biopsy catheter for positioning the biopsy catheter adjacent target tissue, wherein the biopsy catheter is configured to be received within the navigation catheter; a coring component (150, 650, 750A-E, 850A, 850B, 950, 1450, 1750) having a continuous lumen therein and including a proximal region and a distal region, the distal region formed of one or more distally extending blades (622, 761, 770, 780, 741, 741, 791, 870, 954) and the proximal region being coupled to the distal portion of the biopsy catheter, wherein the proximal portion of the coring component contains at least one slit (951A-D) configured to provide the coring component the flexibility to deflect in at least one direction, and wherein the one or more blades are configured to penetrate target tissue and sever a tissue sample from the target tissue; and an anchoring component configured to anchor the biopsy catheter to target tissue, characterized in that the coring component comprises two or more elongate blades, wherein each blade is disposed in a spiral configuration, and configured such that retraction of the coring component from tissue causes the two or more elongate blades to move towards the longitudinal centre of the elongate shaft. a biopsy catheter having a proximal portion and a distal portion and a continuous lumen therein; a flexible navigation catheter (102, 1102, 702) having a lumen therein and configured to receive the biopsy catheter for positioning the biopsy catheter adjacent target tissue, wherein the biopsy catheter is configured to be received within the navigation catheter; a coring component (150, 650, 750A-E, 850A, 850B, 950, 1450, 1750) having a continuous lumen therein and including a proximal region and a distal region, the distal region formed of one or more distally extending blades (622, 761, 770, 780, 741, 741, 791, 870, 954) and the proximal region being coupled to the distal portion of the biopsy catheter, wherein the proximal portion of the coring component contains at least one slit (951A-D) configured to provide the coring component the flexibility to deflect in at least one direction, and wherein the one or more blades are configured to penetrate target tissue and sever a tissue sample from the target tissue; and an anchoring component configured to anchor the biopsy catheter to target tissue, characterized in that the coring component comprises two or more elongate blades, wherein each blade is disposed in a spiral configuration, and configured such that retraction of the coring component from tissue causes the two or more elongate blades to move towards the longitudinal centre of the elongate shaft.
A display controller for use within an electronic device, the display controller being operable to control operation of a display panel of the electronic device when the electronic device is operating in a full power mode of operation or a reduced power mode of operation, the display controller comprising: a processor interface configured to receive control information from a device processor of an electronic device when the electronic device is operating in a reduced power mode of operation, the control information excluding display data; a memory configured to store display data for a time of day image; a display processor operably coupled to the processor interface and the memory; and a pulse counter coupled between the processor interface and the display processor, the pulse counter being configured to receive a periodic pulse from the device processor at a time interval conducive for updating a time of day included in the time of day image, and to send, to the display processor, a count of a number of pulses received by the pulse counter, wherein the processor interface is an input to the pulse counter, wherein the display processor is configured to, when the electronic device is operating in the reduced power mode: determine, based on the count of the number of pulses, a current time of day; update, based on the current time of day, the display data for the time of day image; and provide the display data for the time of day image to a display panel of the electronic device so as to enable the display panel to display the time of day image. a processor interface configured to receive control information from a device processor of an electronic device when the electronic device is operating in a reduced power mode of operation, the control information excluding display data; a memory configured to store display data for a time of day image; a display processor operably coupled to the processor interface and the memory; and a pulse counter coupled between the processor interface and the display processor, the pulse counter being configured to receive a periodic pulse from the device processor at a time interval conducive for updating a time of day included in the time of day image, and to send, to the display processor, a count of a number of pulses received by the pulse counter, wherein the processor interface is an input to the pulse counter, wherein the display processor is configured to, when the electronic device is operating in the reduced power mode: determine, based on the count of the number of pulses, a current time of day; update, based on the current time of day, the display data for the time of day image; and provide the display data for the time of day image to a display panel of the electronic device so as to enable the display panel to display the time of day image. determine, based on the count of the number of pulses, a current time of day; update, based on the current time of day, the display data for the time of day image; and provide the display data for the time of day image to a display panel of the electronic device so as to enable the display panel to display the time of day image.
A method for producing coupled vanes (1, 11) of a turbine having an axis, comprising: arranging a plurality of first fabrics of ceramic fibers in radial directions relative to the axis to form a plurality of vane sections; arranging a second fabric (31, 51) of the ceramic fibers in a circumferential direction relative to the axis; connecting the first fabrics with the second fabric by bending and laying first ends of the first fabrics on the second fabric (31, 51) in parallel; incorporating the first fabrics connected with the second fabric (31, 51) into a mold to mold the first and second fabrics (23, 31, 51) into a unitary body(38, 58); and impregnating the plurality of first fabrics and the second fabric (31, 51) molded into the unitary body (38, 58) with a matrix, laying third fabrics of the ceramic fibres, each of the third fabrics having a flange section, on the first fabrics; the method characterized by: bending and deploying the flange sections to make ends of the flange to overlap each other and to make the flange sections form a platform section. arranging a plurality of first fabrics of ceramic fibers in radial directions relative to the axis to form a plurality of vane sections; arranging a second fabric (31, 51) of the ceramic fibers in a circumferential direction relative to the axis; connecting the first fabrics with the second fabric by bending and laying first ends of the first fabrics on the second fabric (31, 51) in parallel; incorporating the first fabrics connected with the second fabric (31, 51) into a mold to mold the first and second fabrics (23, 31, 51) into a unitary body(38, 58); and impregnating the plurality of first fabrics and the second fabric (31, 51) molded into the unitary body (38, 58) with a matrix, laying third fabrics of the ceramic fibres, each of the third fabrics having a flange section, on the first fabrics; the method characterized by: bending and deploying the flange sections to make ends of the flange to overlap each other and to make the flange sections form a platform section.
A composition comprising, by weight of said composition: a. at least 25% of a fiber component, preferably at least 40% of a fiber component, wherein the fiber component is selected from the group consisting of galacto-oligosaccharides, xylooligosaccharides, and combinations thereof; b. from 0.001% to 10% of a humectant component, preferably 0.001% to 5% of a humectant component; c. from 5% to 50% of a carbohydrate component, preferably from 5% to 40% of a carbohydrate component, wherein the carbohydrate component is selected from the group consisting of corn syrup, sucrose, liquid sucrose, polydextrose, trehalose, fructose, lactose, maltose, honey, glucose, galactose, and mixtures thereof; wherein the composition is a soft chew. a. at least 25% of a fiber component, preferably at least 40% of a fiber component, wherein the fiber component is selected from the group consisting of galacto-oligosaccharides, xylooligosaccharides, and combinations thereof; b. from 0.001% to 10% of a humectant component, preferably 0.001% to 5% of a humectant component; c. from 5% to 50% of a carbohydrate component, preferably from 5% to 40% of a carbohydrate component, wherein the carbohydrate component is selected from the group consisting of corn syrup, sucrose, liquid sucrose, polydextrose, trehalose, fructose, lactose, maltose, honey, glucose, galactose, and mixtures thereof;
A blade comprising: a high pressure surface, and a low pressure surface connected at a leading edge and trailing edge of the blade; the high pressure and low pressure surfaces extending span wise from a first end to a second end; the low pressure surface having a discontinuity in the chord-wise curvature of an intermediate portion of the low pressure surface, aft of the mid chord between the blade leading edge and blade trailing edge, the discontinuity extending linearly span-wise from the first end to the second end, the discontinuity existing in one or more of the first and second derivatives of the low pressure surface profile, the low pressure surface turning towards the high pressure surface at the discontinuity when moving downstream from the discontinuity; and the high pressure and low pressure surfaces form an uninterrupted surface between the first and second ends. a high pressure surface, and a low pressure surface connected at a leading edge and trailing edge of the blade; the high pressure and low pressure surfaces extending span wise from a first end to a second end; the low pressure surface having a discontinuity in the chord-wise curvature of an intermediate portion of the low pressure surface, aft of the mid chord between the blade leading edge and blade trailing edge, the discontinuity extending linearly span-wise from the first end to the second end, the discontinuity existing in one or more of the first and second derivatives of the low pressure surface profile, the low pressure surface turning towards the high pressure surface at the discontinuity when moving downstream from the discontinuity; and the high pressure and low pressure surfaces form an uninterrupted surface between the first and second ends.
A method for producing a tube of glass, particularly of quartz glass, comprising the following method steps: (a) providing a hollow cylinder of the glass with a wall thickness and with an outer diameter D 1, (b) zonewise heating and softening of the hollow cylinder which is rotating about a rotation axis in a heating zone moved relative to the rotation axis, (c) forming a deformation zone by radial expansion of the softened area under the action of a centrifugal force and/or an internal overpressure applied in the hollow cylinder bore, and (d) continuously forming the tube with an outer diameter D 2 which is greater than D 1, characterized in that (i) providing the hollow cylinder according to method step (a) comprises the determination of a circumferential position at which the wall thickness is relatively small, (ii) and during heating and softening of the rotating hollow cylinder a coolant is dispensed from a coolant source onto the deformation zone only when or predominantly when due to the rotation of the hollow cylinder the circumferential position having the relatively small wall thickness passes the coolant source. (a) providing a hollow cylinder of the glass with a wall thickness and with an outer diameter D 1, (b) zonewise heating and softening of the hollow cylinder which is rotating about a rotation axis in a heating zone moved relative to the rotation axis, (c) forming a deformation zone by radial expansion of the softened area under the action of a centrifugal force and/or an internal overpressure applied in the hollow cylinder bore, and (d) continuously forming the tube with an outer diameter D 2 which is greater than D 1, (i) providing the hollow cylinder according to method step (a) comprises the determination of a circumferential position at which the wall thickness is relatively small, (ii) and during heating and softening of the rotating hollow cylinder a coolant is dispensed from a coolant source onto the deformation zone only when or predominantly when due to the rotation of the hollow cylinder the circumferential position having the relatively small wall thickness passes the coolant source.