mhurhangee/ep-ind-claims huggingface dataset:
A network module, the module comprising: a base unit, wherein the base unit comprises at least one mating element that couples to a corresponding mating element of a network interface device and a plurality of connector elements (120, 121, 130) are provided on the base unit that couples to an add-on module; and the add-on module, wherein the add-on module comprises a plurality of mating elements corresponding to the plurality of connector elements of the base unit, wherein the base unit is configured to interface with the add-on module and wherein the base unit is electrically connected to the add-on module; and wherein the add-on module is configured to mechanically mount to the base unit in a plurality of orientations with respect to the base unit so that an electrical connector of the add-on module is able to point in a plurality of directions in space. a base unit, wherein the base unit comprises at least one mating element that couples to a corresponding mating element of a network interface device and a plurality of connector elements (120, 121, 130) are provided on the base unit that couples to an add-on module; and the add-on module, wherein the add-on module comprises a plurality of mating elements corresponding to the plurality of connector elements of the base unit, wherein the base unit is configured to interface with the add-on module and wherein the base unit is electrically connected to the add-on module; and wherein the add-on module is configured to mechanically mount to the base unit in a plurality of orientations with respect to the base unit so that an electrical connector of the add-on module is able to point in a plurality of directions in space.
A self-cleaning filter device adaptable to a volume of rainwater comprising: - a body including: - a rainwater inlet; - a debris outlet; - at least one filtered rainwater outlet; - a flexible filter element provided inside the body and comprising an expandable and contractible fully flexible element and a filter means covering and secured to the expandable and contractible fully flexible element, the flexible filter element having an upper end directly attached to said rainwater inlet and a lower end directly attached to said debris outlet, said flexible filter element being provided with an upper portion, a central portion and a lower portion; - a regulating device provided inside the body and connected to the flexible filter element, wherein the regulating device comprises: J Z - a fixing structure attached to an inner upper part of the body; - a support member supported by the fixing structure; - a flexible fixation element supported by the support member, said flexible fixation element comprising first and second segments (106a, 106b) having ends respectively connected to said upper and lower portions of the flexible filter element. - a body including: - a rainwater inlet; - a debris outlet; - at least one filtered rainwater outlet; - a flexible filter element provided inside the body and comprising an expandable and contractible fully flexible element and a filter means covering and secured to the expandable and contractible fully flexible element, the flexible filter element having an upper end directly attached to said rainwater inlet and a lower end directly attached to said debris outlet, said flexible filter element being provided with an upper portion, a central portion and a lower portion; - a regulating device provided inside the body and connected to the flexible filter element, - a fixing structure attached to an inner upper part of the body; - a support member supported by the fixing structure; - a flexible fixation element supported by the support member, said flexible fixation element comprising first and second segments (106a, 106b) having ends respectively connected to said upper and lower portions of the flexible filter element.
A method for prioritizing time critical data for transmission by a user equipment, comprising: determining that the user equipment is in a power-limited state; identifying non-scheduled, time critical data and scheduled data as available for transmission; detecting that a minimum transport block size is about to be selected for a transmission on a secondary uplink carrier; prioritizing the non-scheduled, time critical data over the scheduled data based on the detecting; and transmitting the non-scheduled, time critical data on a primary uplink carrier based on the prioritizing. determining that the user equipment is in a power-limited state; identifying non-scheduled, time critical data and scheduled data as available for transmission; detecting that a minimum transport block size is about to be selected for a transmission on a secondary uplink carrier; prioritizing the non-scheduled, time critical data over the scheduled data based on the detecting; and transmitting the non-scheduled, time critical data on a primary uplink carrier based on the prioritizing.
Impeller, designed for a flowmeter, comprising - an impeller body which has a vane arrangement and is configured to rotate about an impeller rotation axis, and - a one-piece scanning area element which is connected in a rotationally fixed manner to the impeller body and has an outer edge surrounding the impeller rotation axis in the shape of part of a ring, characterized in that - the scanning area element has a perforation part with one or more perforation regions (6 1, 6 2,...) in its areal extent which is delimited by the outer edge. - an impeller body which has a vane arrangement and is configured to rotate about an impeller rotation axis, and - a one-piece scanning area element which is connected in a rotationally fixed manner to the impeller body and has an outer edge surrounding the impeller rotation axis in the shape of part of a ring, - the scanning area element has a perforation part with one or more perforation regions (6 1, 6 2,...) in its areal extent which is delimited by the outer edge.
A cellulite treatment apparatus for treating expressions of cellulite on a patient's skin associated with a septa treatment site, comprising: a handle; a shaft longitudinally extending from the handle, the shaft sized and shaped to be inserted within tissue and to be advanced between tissue layers to the septa treatment site; and a septa engaging and cutting assembly (401, 402) at a distal portion of the shaft, the septa engaging and cutting assembly including a blade; and comprising an actuator on the handle to actuate the septa engaging and cutting assembly, wherein the actuator positions the septa engaging and cutting assembly in at least a concealed position, a septa tensioning position where the septa engaging assembly is deployed and configured to tension septa and the blade is covered and a septa disruption position where the septa engaging assembly is deployed and the blade is exposed to disrupt septa, wherein the septa engaging and cutting assembly is configured to be deployed laterally with respect to the shaft. a handle; a shaft longitudinally extending from the handle, the shaft sized and shaped to be inserted within tissue and to be advanced between tissue layers to the septa treatment site; and a septa engaging and cutting assembly (401, 402) at a distal portion of the shaft, the septa engaging and cutting assembly including a blade; and comprising an actuator on the handle to actuate the septa engaging and cutting assembly, wherein the actuator positions the septa engaging and cutting assembly in at least a concealed position, a septa tensioning position where the septa engaging assembly is deployed and configured to tension septa and the blade is covered and a septa disruption position where the septa engaging assembly is deployed and the blade is exposed to disrupt septa, wherein the septa engaging and cutting assembly is configured to be deployed laterally with respect to the shaft.
A rod type light emitting diode, comprising: a first polarity semiconductor layer; a plurality of light emitting rods on the first polarity semiconductor layer, the rods being separated one from another; a second polarity semiconductor layer, wrapping around each of the plurality of rods, whose polarity is opposite to the polarity of the first polarity semiconductor layer; a substrate below the first polarity semiconductor layer, and characterized by a conductive material filled between the second polarity semiconductor layers wrapping around the rods. a first polarity semiconductor layer; a plurality of light emitting rods on the first polarity semiconductor layer, the rods being separated one from another; a second polarity semiconductor layer, wrapping around each of the plurality of rods, whose polarity is opposite to the polarity of the first polarity semiconductor layer; a substrate below the first polarity semiconductor layer, and characterized by a conductive material filled between the second polarity semiconductor layers wrapping around the rods.
A metal case, the metal case is configured to be placed on a placing surface and has a bottom part composed of a metal plate, and a side wall part composed of a metal plate that stands from an outer peripheral edge of the bottom part, wherein a boundary part between the bottom part and the side wall part includes a welding portion formed by welding the both parts together, the welding portion is exposed on a surface of the metal case on a lower side in a standing direction of the side wall part, the bottom part is formed in a plate-like shape and has a lower end that is located on a lower side in the standing direction than the welding portion is, such that, when the metal case is placed on the placing surface, the lower end of the bottom part abuts on the placing surface, so that the weld beads of the welding portion do not contact the placing surface, characterized in that the bottom part is provided with a protruding part that protrudes to the lower side in the standing direction from the bottom part to serve as the lower end of the bottom part, wherein the protruding part is formed on the bottom part on the inner side of the outer peripheral edge along the outer peripheral edge, the protruding part is provided at four corners of the bottom part and not formed over the entire periphery. a boundary part between the bottom part and the side wall part includes a welding portion formed by welding the both parts together, the welding portion is exposed on a surface of the metal case on a lower side in a standing direction of the side wall part, the bottom part is formed in a plate-like shape and has a lower end that is located on a lower side in the standing direction than the welding portion is, such that, when the metal case is placed on the placing surface, the lower end of the bottom part abuts on the placing surface, so that the weld beads of the welding portion do not contact the placing surface, characterized in that the bottom part is provided with a protruding part that protrudes to the lower side in the standing direction from the bottom part to serve as the lower end of the bottom part, wherein the protruding part is formed on the bottom part on the inner side of the outer peripheral edge along the outer peripheral edge, the protruding part is provided at four corners of the bottom part and not formed over the entire periphery.
- Electrical initiator comprising a secondary explosive charge arranged within a cell and at least two current supply means (5a,5b) connected to a first means for initiating the explosive charge, the first initiating means being separated from the secondary explosive charge by a first pyrotechnic interface comprising at least one primary explosive and which is intended to ensure a priming of the secondary explosive charge in detonation mode, the initiator being characterized in that it comprises at least one second initiating means connected to at least one specific current supply means (5c,5d), the second initiating means being separated from the secondary explosive charge by a second pyrotechnic interface which has at least one pyrotechnic composition ensuring the initiation of the secondary explosive charge in deflagrant mode.
A solid-state imaging element, comprising: a plurality of pixels, arranged in a matrix form comprising columns and rows, wherein each of said pixels in units of a row is selected by a vertical selection pulse (Vn) and includes a photoelectric transfer element, a transfer switch for transferring charge stored in said photoelectric transfer element. a charge store part for storing charge transferred by said transfer switch, a reset switch for resetting said charge store part, wherein said vertical selection pulse (Vn) is output to said reset switch, and an amplifying element for outputting signals in accordance with the potential of said charge store part to a vertical signal line, characterized in that said reset switch is comprised of a depletion type transistor, said transfer switch is comprised of an enhancement type transistor, said amplifying element is comprised of an enhancement type transistor, and in that each of said pixel is selected by controlling the level of a vertical selection pulse (Vn) afforded to the drain of said reset switch, wherein when the vertical selection pulse (Vn) changes from low level to high level, and at the same time, in response to the occurrence of a reset pulse (Rn) said reset switch goes on, the potential of said charge store part is reset so that the amplifying transistor is turned on and said pixel goes into a selection state, and wherein when said vertical selection pulse (Vn) is in low level and said reset switch is in off state, said pixel is in a non selection state. a plurality of pixels, arranged in a matrix form comprising columns and rows, wherein each of said pixels in units of a row is selected by a vertical selection pulse (Vn) and includes a photoelectric transfer element, a transfer switch for transferring charge stored in said photoelectric transfer element. a charge store part for storing charge transferred by said transfer switch, a reset switch for resetting said charge store part, wherein said vertical selection pulse (Vn) is output to said reset switch, and an amplifying element for outputting signals in accordance with the potential of said charge store part to a vertical signal line, characterized in that said reset switch is comprised of a depletion type transistor, said transfer switch is comprised of an enhancement type transistor, said amplifying element is comprised of an enhancement type transistor, and in that each of said pixel is selected by controlling the level of a vertical selection pulse (Vn) afforded to the drain of said reset switch, wherein when the vertical selection pulse (Vn) changes from low level to high level, and at the same time, in response to the occurrence of a reset pulse (Rn) said reset switch goes on, the potential of said charge store part is reset so that the amplifying transistor is turned on and said pixel goes into a selection state, and wherein when said vertical selection pulse (Vn) is in low level and said reset switch is in off state, said pixel is in a non selection state. wherein when said vertical selection pulse (Vn) is in low level and said reset switch is in off state, said pixel is in a non selection state.
An apparatus for automated objects manipulation to and from pallets, the apparatus comprising: a mobile base; a plurality of pallet receivers (104A-N) mounted on one end of the mobile base, wherein each of the plurality of pallet receivers are configured to accommodate a pallet; a robotic manipulator mounted on other end of the mobile base; characterized in that the apparatus comprises: a linear slider having a first double sided piston at a first end and a second double sided piston at the second end of the linear slider, wherein a first pallet receiver accommodates a first pallet in a first area, wherein the first pallet is locked by the linear slider, the first double sided piston and the second double sided piston, wherein the linear slider is configured to slide the first pallet from the first area to a second area of a second pallet receiver such that a second pallet is configured to occupy the first area; a plurality of sensors (108A-B) mounted on the mobile base; and wherein the robotic manipulator is in communication with the plurality of sensors (108A-B) for (i) navigating to a desired position and manipulating one or more objects placed on the first pallet and (ii) loading the manipulated one or more objects to a desired location, and wherein when the first pallet is empty, the first pallet is indexed to a bottom layer of the mobile base and the second pallet is moved to the second area, using a first piston pin of the first double sided piston and a second piston pin of the second double sided piston of the linear slider. a mobile base; a plurality of pallet receivers (104A-N) mounted on one end of the mobile base, wherein each of the plurality of pallet receivers are configured to accommodate a pallet; a robotic manipulator mounted on other end of the mobile base; characterized in that the apparatus comprises: a linear slider having a first double sided piston at a first end and a second double sided piston at the second end of the linear slider, wherein a first pallet receiver accommodates a first pallet in a first area, wherein the first pallet is locked by the linear slider, the first double sided piston and the second double sided piston, wherein the linear slider is configured to slide the first pallet from the first area to a second area of a second pallet receiver such that a second pallet is configured to occupy the first area; a plurality of sensors (108A-B) mounted on the mobile base; and wherein the robotic manipulator is in communication with the plurality of sensors (108A-B) for (i) navigating to a desired position and manipulating one or more objects placed on the first pallet and (ii) loading the manipulated one or more objects to a desired location, and wherein when the first pallet is empty, the first pallet is indexed to a bottom layer of the mobile base and the second pallet is moved to the second area, using a first piston pin of the first double sided piston and a second piston pin of the second double sided piston of the linear slider.
A laundry washing appliance comprising a cabinet accommodating a laundry washing tub and a dispensing arrangement for dispensing laundry washing treatment products to be used during laundry washing, the dispensing arrangement comprising: - a drawer slidable within a drawer seat provided in the cabinet, the drawer defining at least one container (201a,201b) for laundry washing treatment products; - at least one suction pump (265a,265b;365a,365b) associated with the at least one container (201a, 201b) and fluidly connected to the laundry washing tub for delivering thereto dosed amounts of the treatment products; - a fluid connection (213a,213b;331) between the at least one suction pump (265a, 265b, 365a, 365b) and the at least one container (201a, 201b), wherein the at least one suction pump (265a, 265b, 365a, 365b) and the fluid connection (213a, 213b, 331) 2. are arranged so as to enable the suction of the dosed amounts of treatment product from above a surface of the treatment product contained in the container (201a, 201b), characterized in that the at least one suction pump (265a, 265b, 365a, 365b) comprises a pump motor part (301a,301b) and a pump body part (303a,303b) separable from one another, the pump motor part (301a, 301b) being mounted to the drawer seat, and the pump body part (303a, 303b) being mounted to the drawer. - a drawer slidable within a drawer seat provided in the cabinet, the drawer defining at least one container (201a,201b) for laundry washing treatment products; - at least one suction pump (265a,265b;365a,365b) associated with the at least one container (201a, 201b) and fluidly connected to the laundry washing tub for delivering thereto dosed amounts of the treatment products; - a fluid connection (213a,213b;331) between the at least one suction pump (265a, 265b, 365a, 365b) and the at least one container (201a, 201b), wherein the at least one suction pump (265a, 265b, 365a, 365b) and the fluid connection (213a, 213b, 331) 2. are arranged so as to enable the suction of the dosed amounts of treatment product from above a surface of the treatment product contained in the container (201a, 201b), characterized in that the at least one suction pump (265a, 265b, 365a, 365b) comprises a pump motor part (301a,301b) and a pump body part (303a,303b) separable from one another, the pump motor part (301a, 301b) being mounted to the drawer seat, and the pump body part (303a, 303b) being mounted to the drawer.
Container for the transport of bulk goods, especially on container wagons in railway goods traffic, with a container for retaining the bulk goods, which comprises base elements arranged in a gable-roof shape and side walls with side flaps, which are hinged to the side walls in the region of their upper longitudinal edges and can be pivoted outwards in this manner into an opened position, wherein the container comprises a substantially cuboidal steel-frame construction with two upper longitudinal bearers, two lower longitudinal bearers, upper and lower transverse bearers (4, 5) and corner posts, wherein the container is suspended on the upper longitudinal and transverse bearers (2, 4) and is supported from the outside with its base elements on the lower longitudinal bearers, characterised in that the base elements extend beyond the lower longitudinal bearers and are continued as sliding plates, which are embodied in one piece with the base elements and are inclined at a smaller angle (β) to the perpendicular than the base elements and, with closed side flaps, their ends are disposed tightly or, more specifically, just inside the maximal container width (b).
Sliding board which has a rear end and a shovel-shaped front end, and which comprises a multi-layer structure including at least: - a core; - an upper reinforcement arranged above the core; - a coating layer arranged above the upper reinforcement; - a lower reinforcement arranged below the core; - a sliding sole arranged below the lower reinforcement; characterized in that: - an end insert, placed at least partially between the upper and lower reinforcements, extends the core at one of its ends; and in that - one of the following elements: coating layer and sliding sole does not fully cover said end insert. - a core; - an upper reinforcement arranged above the core; - a coating layer arranged above the upper reinforcement; - a lower reinforcement arranged below the core; - a sliding sole arranged below the lower reinforcement; - an end insert, placed at least partially between the upper and lower reinforcements, extends the core at one of its ends; and in that - one of the following elements: coating layer and sliding sole does not fully cover said end insert.
Joint tape for attachment to a ceiling or a wall, the joint tape comprising a layer of permeable non-woven material and an adhesive layer attached to the permeable non-woven material, the adhesive layer being applied to one side of the non-woven material, characterised in that said adhesive layer is applied to the non-woven material in a pattern comprising non-woven material sections without adhesive applied thereto, wherein the joint tape has a width of 3 mm to 20 mm, and wherein the joint tape has a thickness of 15 to 80 μm.