mhurhangee/ep-ind-claims huggingface dataset:
An assembly configured for being disposed in a wellbore, the assembly comprising: a surface on an outer wall of a body, the surface being configured for diverting a cutting tool for forming a branch wellbore and for diverting at least part of a completion component toward the branch wellbore, the at least part of the completion component being a junction usable to complete the branch wellbore, the junction comprising a stinger and a lateral leg; a temporary plugging subsystem between the surface and a channel configured for receiving the stinger; and a liner configured for being displaced by the stinger, the liner being configured to prevent at least some debris from contacting a sealing member, the surface being configured for receiving the stinger and for diverting the lateral leg toward the branch wellbore and wherein the surface on the outer wall is a whipstock deflection surface and a completion deflector surface and wherein the whipstock deflection surface and completion deflector surface are inseparable from each other. a surface on an outer wall of a body, the surface being configured for diverting a cutting tool for forming a branch wellbore and for diverting at least part of a completion component toward the branch wellbore, the at least part of the completion component being a junction usable to complete the branch wellbore, the junction comprising a stinger and a lateral leg; a temporary plugging subsystem between the surface and a channel configured for receiving the stinger; and a liner configured for being displaced by the stinger, the liner being configured to prevent at least some debris from contacting a sealing member, the surface being configured for receiving the stinger and for diverting the lateral leg toward the branch wellbore and wherein the surface on the outer wall is a whipstock deflection surface and a completion deflector surface and wherein the whipstock deflection surface and completion deflector surface are inseparable from each other.
A focus ring for mounting an etching target in a plasma etching device, the focus ring comprising: a seating portion, including a seating surface configured to accommodate the etching target; and a main body, formed on an outer circumference of the seating portion, comprising a groove portion having a groove disposed in an upper surface of the main body, wherein a height of an upper surface of the groove portion is lower than a maximum height of the upper surface of the main body, characterised in that a ratio Vg/Vf of a volume Vg of the groove to a sum Vf of the volume Vg of the groove and a volume of the focus ring ranges from 0.1 to 0.5, and the volume Vg is: Vg = Hb − Hg × Wavg × Lsum, where Hb denotes a maximum height of the upper surface of the main body, Hg denotes an average height of the upper surface of the groove portion, Wavg denotes an average width of the groove portion viewed in a radial direction of the focus ring, and Lsum denotes the sum of lengths of the groove portion based on a circumferential direction of the focus ring. a seating portion, including a seating surface configured to accommodate the etching target; and a main body, formed on an outer circumference of the seating portion, comprising a groove portion having a groove disposed in an upper surface of the main body, wherein a height of an upper surface of the groove portion is lower than a maximum height of the upper surface of the main body, characterised in that a ratio Vg/Vf of a volume Vg of the groove to a sum Vf of the volume Vg of the groove and a volume of the focus ring ranges from 0.1 to 0.5, and the volume Vg is: Vg = Hb − Hg × Wavg × Lsum, where Hb denotes a maximum height of the upper surface of the main body, Hg denotes an average height of the upper surface of the groove portion, Wavg denotes an average width of the groove portion viewed in a radial direction of the focus ring, and Lsum denotes the sum of lengths of the groove portion based on a circumferential direction of the focus ring.
A linear motor device, comprising: - a linear motor and a control section that controls the linear motor, the linear motor comprising a magnet member composed of permanent magnets having respective N poles and S poles alternately arranged in an axial direction, and - a coil member which is located with its windings arranged orthogonally to said axial direction with respect to the magnet member and through which said magnet member is movable in the axial direction relative to the coil member, said control section controlling current conducted through said coil member so as to move said magnet member relative to said coil member by reciprocating said magnet member within a use range. said use range corresponds to a range in an intermediate portion of a magnetic pole pitch (p) where said magnetic pole pitch (p) is a range between the N poles and the S poles of the magnet member, wherein the attractive force in said range in said intermediate portion varies insignificantly relative to the attractive force, which increases in variation in a vicinity of the magnetic poles of the magnet member, characterized in that - the coil member additionally comprises a magnetic substance and - that the use range is defined as the range, in which the magnetic substance is positioned in an intermediate position between the N poles and the S poles of the magnet member distant from each of these poles. - a linear motor and a control section that controls the linear motor, the linear motor comprising a magnet member composed of permanent magnets having respective N poles and S poles alternately arranged in an axial direction, and - a coil member which is located with its windings arranged orthogonally to said axial direction with respect to the magnet member and through which said magnet member is movable in the axial direction relative to the coil member, said control section controlling current conducted through said coil member so as to move said magnet member relative to said coil member by reciprocating said magnet member within a use range. said use range corresponds to a range in an intermediate portion of a magnetic pole pitch (p) where said magnetic pole pitch (p) is a range between the N poles and the S poles of the magnet member, wherein the attractive force in said range in said intermediate portion varies insignificantly relative to the attractive force, which increases in variation in a vicinity of the magnetic poles of the magnet member, - the coil member additionally comprises a magnetic substance and - that the use range is defined as the range, in which the magnetic substance is positioned in an intermediate position between the N poles and the S poles of the magnet member distant from each of these poles.
Operator control panel for a household appliance, in particular for a household cooking appliance, with an operator control front, a panel carrier which supports the operator control front, and a haptic actuator which is coupled to the operator control front in order, during an operator control procedure of the operator control panel, to output a haptic signal as feedback to a user in response to the operator control procedure with the aid of the operator control front, wherein the panel carrier has a recess, through which the haptic actuator is guided to the operator control front, and wherein the haptic actuator is attached to the rear side of the operator control front.
A method of monitoring an enhanced physical downlink control channel, EPDCCH, by a user equipment, UE, in a wireless communication system, the method comprising: receiving a reconfiguration message from a base station, BS, wherein the reconfiguration message includes a combination of a first uplink-downlink, UL-DL, configuration configured for a first cell and a second UL-DL configuration configured for a second cell, the first UL-DL configuration and the second UL-DL configuration being configured to change the usage of radio resources, and wherein the first UL-DL configuration and the second UL-DL configuration are linked to different EPDCCH set configuration information; and monitoring the EPDCCH on a flexible downlink subframe based on the linked EPDCCH set configuration information, wherein the linked EPDCCH set configuration information used for the monitoring of the EPDCCH is based on the UE determining which cell among the first and the second cells is related to the flexible downlink subframe, and wherein the flexible downlink subframe is a downlink subframe that has been reconfigured from an uplink subframe by the reconfiguration message. receiving a reconfiguration message from a base station, BS, wherein the reconfiguration message includes a combination of a first uplink-downlink, UL-DL, configuration configured for a first cell and a second UL-DL configuration configured for a second cell, the first UL-DL configuration and the second UL-DL configuration being configured to change the usage of radio resources, and wherein the first UL-DL configuration and the second UL-DL configuration are linked to different EPDCCH set configuration information; and monitoring the EPDCCH on a flexible downlink subframe based on the linked EPDCCH set configuration information, wherein the linked EPDCCH set configuration information used for the monitoring of the EPDCCH is based on the UE determining which cell among the first and the second cells is related to the flexible downlink subframe, and wherein the flexible downlink subframe is a downlink subframe that has been reconfigured from an uplink subframe by the reconfiguration message.
Fill valve, in particular for a hydraulic press or an injection-moulding machine, comprising a seat housing having a central seat for an axially movable disc valve, in which seat housing at least two openings to the seat are formed between connecting portions which support an opening means, which openings each comprise an outer wall and inner wall each having predominantly straight generatrices which are inclined obliquely inwards towards the seat from an outlet in the side of the seat housing facing away from the disc of the disc valve, characterised in that in the seat housing, which is at least machined from steel, the outer wall of each opening forms an inclination angle (α) of between 20° and 25° with the axis of the seat, and in that either the inner wall and the outer wall form the same inclination angles with the axis, or the inner wall forms an inclination angle (β) of between 40° and 25° with the axis, at least adjacent to the vertical position of the seat in the seat housing, and the smaller the inclination angle (α) between the outer wall and the axis, the smaller the inclination angle (β) of between 40° and 25° between the inner wall and the axis.
A sliding door stopper mechanism, which enables a sliding door to remain in open position when it is opened and allows the sliding door to be closed easily, the sliding door stopper mechanism comprising - at least one sliding door bracket which can be provided on the sliding door, - at least one box which can be provided on a rail of the sliding door, - at least one first stopper which can be effected by the sliding door while it is opening, - at least one wheel which is provided on the first stopper and to which the sliding door bracket contacts, - at least one second stopper which is connected to the box from its one end via a second stopper pin around the axis of which it can rotate, - at least one first stopper spring disposed between the first stopper and the second stopper and which applies pressure such that it will move the first stopper away from the box and the second stopper, - at least one first stopper pin around the axis of which the first stopper can rotate, - at least one second stopper spring disposed between the second stopper and the box and which applies pressure such that it will move the second stopper away from the box, - at least two cleats which are provided between the first stopper and the second stopper, and the second stopper and the sliding door rail wherein - the at least one first stopper is connected to the other end of the second stopper from its one end via the first stopper pin around the axis of which it can rotate. - at least one sliding door bracket which can be provided on the sliding door, - at least one box which can be provided on a rail of the sliding door, - at least one first stopper which can be effected by the sliding door while it is opening, - at least one wheel which is provided on the first stopper and to which the sliding door bracket contacts, - at least one second stopper which is connected to the box from its one end via a second stopper pin around the axis of which it can rotate, - at least one first stopper spring disposed between the first stopper and the second stopper and which applies pressure such that it will move the first stopper away from the box and the second stopper, - at least one first stopper pin around the axis of which the first stopper can rotate, - at least one second stopper spring disposed between the second stopper and the box and which applies pressure such that it will move the second stopper away from the box, - at least two cleats which are provided between the first stopper and the second stopper, and the second stopper and the sliding door rail wherein - the at least one first stopper is connected to the other end of the second stopper from its one end via the first stopper pin around the axis of which it can rotate.
A forming machine to form mattresses or panels from a non-solid material comprising: - a loading station having one inlet and one outlet of a non-solid material, - - a processing station operatively connected to said outlet of said loading station and comprising a first processing cylinder, said processing station further comprising a second processing cylinder, said first processing cylinder acting in conjunction with said second processing cylinder, - - a pressing station arranged downstream of said processing station and comprising two conveyor belts (41, 42) counter rotating along an advancement direction, said two conveyor belts (41, 42) being movable towards each other to press said mattress or panel being formed, said machine being characterised in that said first processing cylinder is motorised and designed to rotate with respect to its own central axis in both directions of rotation, said cylinders (31, 32) acting in conjunction in only one of said directions of rotation. - a loading station having one inlet and one outlet of a non-solid material, - - a processing station operatively connected to said outlet of said loading station and comprising a first processing cylinder, said processing station further comprising a second processing cylinder, said first processing cylinder acting in conjunction with said second processing cylinder, - - a pressing station arranged downstream of said processing station and comprising two conveyor belts (41, 42) counter rotating along an advancement direction, said two conveyor belts (41, 42) being movable towards each other to press said mattress or panel being formed, said machine being characterised in that said first processing cylinder is motorised and designed to rotate with respect to its own central axis in both directions of rotation, said cylinders (31, 32) acting in conjunction in only one of said directions of rotation. - - a processing station operatively connected to said outlet of said loading station and comprising a first processing cylinder, said processing station further comprising a second processing cylinder, said first processing cylinder acting in conjunction with said second processing cylinder, - - a pressing station arranged downstream of said processing station and comprising two conveyor belts (41, 42) counter rotating along an advancement direction, said two conveyor belts (41, 42) being movable towards each other to press said mattress or panel being formed, said machine being characterised in that said first processing cylinder is motorised and designed to rotate with respect to its own central axis in both directions of rotation, said cylinders (31, 32) acting in conjunction in only one of said directions of rotation.
An optical processing equipment, comprising an optical isolator that comprises a Faraday rotator and an analyzer or a polarizer, and a laser light source, characterized in that the laser light source has a wavelength region of up to 400 nm, and the Faraday rotator contains as a main component a single crystal of a fluoride represented by the following general formula or: RE1F 3-x ··· LiRE2F 4-x ··· where x=0, and RE1 is at least one element selected from the group of rare earth elements, and RE2 is at least one element selected from the group consisting of Dy, Ho, Er, and Yb, wherein the single crystal is a cylindrical form with a c-axis oriented in the longitudinal direction, and the c-axis of the single crystal is in alignment with a direction of incidence of the laser light on the Faraday rotator.
A transmission power control method for use in a base station of a telecommunications system, the system including a terminal and multiple channels including traffic and control channels, each occupying allocated physical or logical resources, the method characterised in comprising: configuring the terminal with a radio network temporary identifier, RNTI, identifying transmit power control commands for a traffic channel, and with an RNTI identifying transmit power control commands for a control channel; when common transmit power control commands are used for the traffic and control channels, configuring the same RNTI (210, 220) for identifying the transmit power control commands for the traffic channel and the control channel; and when separate transmit power control commands are used for the traffic and control channels, configuring distinct RNTIs (210, 220) for identifying the transmit power control commands for the traffic channel and the control channel. configuring the terminal with a radio network temporary identifier, RNTI, identifying transmit power control commands for a traffic channel, and with an RNTI identifying transmit power control commands for a control channel; when common transmit power control commands are used for the traffic and control channels, configuring the same RNTI (210, 220) for identifying the transmit power control commands for the traffic channel and the control channel; and when separate transmit power control commands are used for the traffic and control channels, configuring distinct RNTIs (210, 220) for identifying the transmit power control commands for the traffic channel and the control channel.
A regional oximetry pod (130, 1200) for driving the optical emitters (330, 340, 350) of one or two regional oximetry sensors (60, 300, 440, 450) and for receiving the corresponding detector signals in response, the regional oximetry pod comprising: a dual sensor connector (610, 710, 1300) configured to physically attach and electrically connect one or two regional oximetry sensors; a pod housing (250, 1200, 1500) having a first housing end and a second housing end; the dual sensor connector (610, 710, 1300) disposed proximate the first housing end, wherein the housing (250, 1200, 1500) at least partially encloses the dual sensor connector (610, 710, 1300); a monitor connector (620, 720) disposed proximate the second housing end; an analog board (410, 1230, 1530) disposed within the pod housing in communications with the dual sensor connector; a digital board (420, 803, 1240, 1540) disposed within the pod housing in communications with the monitor connector; characterized by a connector flex-circuit assembly disposed within the pod housing, the connector flex-circuit assembly including at least one flex cable, a flex-circuit socket on a first end of the at least one flex cable, and flex circuit contacts on a second end of the at least one flex cable, wherein the flex circuit contacts are connected to the dual sensor connector, and the at least one flex cable folds into a U-shape to expose the flex-circuit socket for receiving an analog board plug. a dual sensor connector (610, 710, 1300) configured to physically attach and electrically connect one or two regional oximetry sensors; a pod housing (250, 1200, 1500) having a first housing end and a second housing end; the dual sensor connector (610, 710, 1300) disposed proximate the first housing end, wherein the housing (250, 1200, 1500) at least partially encloses the dual sensor connector (610, 710, 1300); a monitor connector (620, 720) disposed proximate the second housing end; an analog board (410, 1230, 1530) disposed within the pod housing in communications with the dual sensor connector; a digital board (420, 803, 1240, 1540) disposed within the pod housing in communications with the monitor connector; characterized by a connector flex-circuit assembly disposed within the pod housing, the connector flex-circuit assembly including at least one flex cable, a flex-circuit socket on a first end of the at least one flex cable, and flex circuit contacts on a second end of the at least one flex cable, wherein the flex circuit contacts are connected to the dual sensor connector, and the at least one flex cable folds into a U-shape to expose the flex-circuit socket for receiving an analog board plug.
A stoma closure comprising a conformable portion for conforming to an individual's stoma, the conformable portion characterised in that it comprises: a) a flexible chamber; and b) a plurality of particles contained in the flexible chamber, wherein the particles are configured to freely move inside of the flexible chamber, wherein the flexible chamber confines the particles inside the flexible chamber, and wherein the flexible chamber and the particles are conformable to the stoma so as to block the passing of stool from the stoma. a) a flexible chamber; and b) a plurality of particles contained in the flexible chamber,
A cartridge holder of a dialyzer comprising two vertically spaced retaining jaws (2, 4), at least one retaining jaw being vertically movable or pivotable relative to the other retaining jaw and each of said retaining jaws having, on the sides facing one another, formed therein a connection opening (8, 10) for receiving therein a respective connection of a cartridge which is inserted or which is to be inserted therein, and comprising a cartridge positioning aid arranged between the two retaining jaws (2, 4) characterized in that the positioning aid is configured for direct engagement with at least one of the cartridge connections of the cartridge, at least during insertion of the latter, such that the positioning aid holds the at least one cartridge connection at a position and/or orientation or at least leads the cartridge during a movement, with which the two retaining jaws (2, 4) approach one another, to a position and/or orientation in which at least one of the cartridge connections will orient itself towards the connection opening of the upper retaining jaw.