mhurhangee/ep-ind-claims huggingface dataset:
A pouch forming device comprising: a die member provided with a die having a top surface on which a pouch film is disposable, a forming part formed in the top surface, and a die holder to which the die is fixed; a stripper member provided with a stripper that is vertically movably disposed on an upper portion of the die member and a first driving piece allowing the stripper to vertically move, said stripper being adapted to press and fix a pouch film disposed on the die when descending in operations; a punch member provided with a punch plate comprising a punch that is vertically movable disposed on the upper portion of the die member and a second driving piece allowing the punch plate to vertically move, said punch being adapted to be inserted into the forming part when descending; and a control member controlling, in operation: - the first driving piece to allow the stripper to ascend when the punch is inserted into the forming part, and/or - the second driving piece to reduce a descending speed of the punch plate on which the punch is disposed when the punch is inserted into the forming part, characterized in that the control member comprises a detection sensor detecting insertion of the punch into the forming part and a controller controlling the first driving piece according to a signal from the detection sensor to allow the stripper to gradually ascend. a die member provided with a die having a top surface on which a pouch film is disposable, a forming part formed in the top surface, and a die holder to which the die is fixed; a stripper member provided with a stripper that is vertically movably disposed on an upper portion of the die member and a first driving piece allowing the stripper to vertically move, said stripper being adapted to press and fix a pouch film disposed on the die when descending in operations; a punch member provided with a punch plate comprising a punch that is vertically movable disposed on the upper portion of the die member and a second driving piece allowing the punch plate to vertically move, said punch being adapted to be inserted into the forming part when descending; and a control member controlling, in operation: - the first driving piece to allow the stripper to ascend when the punch is inserted into the forming part, and/or - the second driving piece to reduce a descending speed of the punch plate on which the punch is disposed when the punch is inserted into the forming part, - the first driving piece to allow the stripper to ascend when the punch is inserted into the forming part, and/or - the second driving piece to reduce a descending speed of the punch plate on which the punch is disposed when the punch is inserted into the forming part,
A method of guiding a user from an initial position to a destination, chosen from among a plurality of possible destinations, in a public area over which is distributed a plurality of lighting arrangements (L 1, L 2,..., L n) each of which can be driven to render one or more light patterns from a plurality of light patterns, which method comprises the steps of - determining the chosen destination by obtaining a destination descriptor using a user interface from the user; - allocating a specific light pattern from the plurality of light patterns to the chosen destination; - providing the user with a depiction of the specific light pattern allocated to the chosen destination; - selecting a number of lighting arrangements (L 1, L 2,..., L n) between a starting point of the user and the chosen destination; - driving the selected lighting arrangements (L 1, L 2,..., L n) such that the selected lighting arrangements (L 1, L 2,..., L n) between the starting point of the user and the chosen destination render the specific light pattern characterised in that the specific light pattern is composed by the user. - determining the chosen destination by obtaining a destination descriptor using a user interface from the user; - allocating a specific light pattern from the plurality of light patterns to the chosen destination; - providing the user with a depiction of the specific light pattern allocated to the chosen destination; - selecting a number of lighting arrangements (L 1, L 2,..., L n) between a starting point of the user and the chosen destination; - driving the selected lighting arrangements (L 1, L 2,..., L n) such that the selected lighting arrangements (L 1, L 2,..., L n) between the starting point of the user and the chosen destination render the specific light pattern
Life jacket for persons, wherein the life jacket comprises body elements (4, 5, 6, 7, 8) that supply a buoyancy force, wherein the life jacket is additionally provided with a lifesaving means which automatically supplies a further buoyancy force in an emergency, wherein the lifesaving means is triggered automatically by a control unit, characterized in that the control unit detects the currently present status via sensors, wherein the sensors S establish position and/or movement and/or pressure and/or temperature and/or pulse as measured values, wherein the body elements (4, 5, 6, 7) are inflated by triggering by an automatic device, which is coupled to the control unit, if one or more limit values of the measured values are exceeded, by the control unit comparing the measured values provided by the sensors S against an internal database, in order to establish whether the respective measured value exceeds a predefined limit value, wherein the user defines these limit values by means of an electronic aid, in such a way that different limit values can be used for different areas of use and different lifesaving requirements.
An isolated anti-EphB4 monoclonal antibody comprising six hypervariable regions (HVRs), wherein each HVR comprises a sequence selected from the group consisting of SEQ ID NOs: 1-17, and wherein SEO ID NO:9 or 10 correspond to an HVR-L1, SEO ID NO:11 or 12 correspond to an HVR-L2, SEQ ID NO:13, 14, 15, 16, or 17 correspond to an HVR-L3, SEQ ID NO:1 or 2 correspond to an HVR-H1, SEQ ID NO:3, 4, 5, or 6 correspond to an HVR-H2, and SEQ ID NOs:7 or 8 correspond to an HVR-H3, wherein the antibody: reduces, inhibits, and/or blocks EphB4 activity in vivo and/or in vitro; reduces, inhibits, and/or blocks EphB4 autophosphorylation; competes for binding with EphB4 ligand; or binds EphB4 with a Kd of about 50 pM or stronger. reduces, inhibits, and/or blocks EphB4 activity in vivo and/or in vitro; reduces, inhibits, and/or blocks EphB4 autophosphorylation; competes for binding with EphB4 ligand; or binds EphB4 with a Kd of about 50 pM or stronger.
A furnishing item comprising at least one assembly consisting of a vertical panel perpendicular to a floor and a horizontal panel or base with a visible front edge, parallel to said floor, the furnishing item further comprising a joining and levelling system, said system comprising, applied to said vertical and horizontal panels or base (21,22), a first pair of joining units (25A,25P), front and rear respectively, for joining said vertical and horizontal panels and a second pair of levelling units (41A,41P), front and rear respectively, for levelling the furnishing item with respect to the floor, said two pairs of joining and levelling units (25A,25P,41A,41P) being operable from the front edge, characterized in that said two pairs of joining and levelling units (25A,25P;41A,41P) are incorporated within the thickness of said base which substantially contains its overall height and are accessible through a plurality of longitudinal pass-through access holes (46,47;48,49) formed on said visible front edge of said horizontal panel or base, actuation or manoeuvring tools of said two pairs of units (25A,25P,41A,41P) being able to pass through said holes (46,47,48,49).
A pack for containing and recharging an electronic vapour provision system, said pack comprising: a re-chargeable pack battery; a first connector which is electrically connectable to an external power source; a first recharging mechanism for re-charging the pack battery using the external power source when the first connector is electrically connected to the external power source; a second connector which is electrically connectable to an electronic vapour provision system contained within the pack; and a second recharging mechanism for re-charging the electronic vapour provision system when the electronic vapour provision system is electrically connected to the second connector; wherein the first recharging mechanism comprises a first protection circuit module for preventing electrical power flow from the external power source to the pack battery when the current supplied to the pack battery exceeds a first predetermined current threshold or the voltage supplied to the pack battery exceeds a first predetermined voltage threshold, wherein the first recharging mechanism monitors a temperature using information provided by a temperature sensor, wherein the first recharging mechanism is configured to cut off current supply to the battery if the temperature goes above a predetermined upper temperature threshold or if the temperature goes below a predetermined lower temperature threshold. a re-chargeable pack battery; a first connector which is electrically connectable to an external power source; a first recharging mechanism for re-charging the pack battery using the external power source when the first connector is electrically connected to the external power source; a second connector which is electrically connectable to an electronic vapour provision system contained within the pack; and a second recharging mechanism for re-charging the electronic vapour provision system when the electronic vapour provision system is electrically connected to the second connector; wherein the first recharging mechanism comprises a first protection circuit module for preventing electrical power flow from the external power source to the pack battery when the current supplied to the pack battery exceeds a first predetermined current threshold or the voltage supplied to the pack battery exceeds a first predetermined voltage threshold, wherein the first recharging mechanism monitors a temperature using information provided by a temperature sensor, wherein the first recharging mechanism is configured to cut off current supply to the battery if the temperature goes above a predetermined upper temperature threshold or if the temperature goes below a predetermined lower temperature threshold.
A filtration assembly for a swimming pool, spa or natural basin, characterized in that it comprises: - a filter basket, - a filter element housed in the filter basket and having openings with a suitable size for limiting a deformation of said filter element, - said filter element being able to provide a fine filtration of the water from the swimming pool, spa or natural basin, said filter element having an open lower axial end (15.1) and an open upper axial end (15.2), and - an outer filtering envelope arranged around the filter element, said filtering envelope having a porous or nonporous closed bottom, and having a sufficiently fine filter mesh for retaining at least a part and ideally all of the impurities released by the filter element during the extraction thereof. - a filter basket, - a filter element housed in the filter basket and having openings with a suitable size for limiting a deformation of said filter element, - said filter element being able to provide a fine filtration of the water from the swimming pool, spa or natural basin, said filter element having an open lower axial end (15.1) and an open upper axial end (15.2), and - an outer filtering envelope arranged around the filter element, said filtering envelope having a porous or nonporous closed bottom, and having a sufficiently fine filter mesh for retaining at least a part and ideally all of the impurities released by the filter element during the extraction thereof.
A method in a radio network controller, the method comprising: detecting (201, 301, 601, 801) that a User Equipment, UE, operating in a Discontinuous reception, DRX, mode wherein the UE only needs to monitor downlink activities for a short duration once every DRX cycle, has performed an uplink transmission on a Random Access Channel, RACH; characterized by sending (203, 303, 603, 803) a signal to a Node B that received the uplink transmission indicating to the Node B that the UE has performed said uplink transmission and is continuously monitoring downlink transmissions, said signal including information identifying the UE. detecting (201, 301, 601, 801) that a User Equipment, UE, operating in a Discontinuous reception, DRX, mode wherein the UE only needs to monitor downlink activities for a short duration once every DRX cycle, has performed an uplink transmission on a Random Access Channel, RACH; characterized by sending (203, 303, 603, 803) a signal to a Node B that received the uplink transmission indicating to the Node B that the UE has performed said uplink transmission and is continuously monitoring downlink transmissions, said signal including information identifying the UE.
A semiconductor manufacturing method comprising: receiving a first mask pattern corresponding to a semiconductor design and designed to form a plurality of inter-layer contacts or vias between semiconductor conductive layers; and forming a second mask pattern by, to the first mask pattern, applying optical proximity correction, then downscaling a size of at least one mask window comprised in the optical proximity corrected mask pattern by applying a scale factor smaller than 1 to the at least one mask window, such that at least part of the inter-layer contacts or vias is not stochastically implanted, wherein when photolithography using the second mask pattern is performed, a difference in proportion between unformed inter-layer contacts or vias and formed inter-layer contacts or vias to short-circuit the semiconductor conductive layers among the inter-layer contacts or vias is a first threshold or lower, characterized in that the scale factor is selected to achieve a mask window size Sx, wherein said mask window size Sx is selected so as to achieve a probability that the inter-layer contacts are successfully implanted, and Sx is determined experimentally as a value between a window size enabling the successful implantation probability to be 0.45 and a window size enabling the successful implantation probability to be 0.55. receiving a first mask pattern corresponding to a semiconductor design and designed to form a plurality of inter-layer contacts or vias between semiconductor conductive layers; and forming a second mask pattern by, to the first mask pattern, applying optical proximity correction, then downscaling a size of at least one mask window comprised in the optical proximity corrected mask pattern by applying a scale factor smaller than 1 to the at least one mask window, such that at least part of the inter-layer contacts or vias is not stochastically implanted, wherein when photolithography using the second mask pattern is performed, a difference in proportion between unformed inter-layer contacts or vias and formed inter-layer contacts or vias to short-circuit the semiconductor conductive layers among the inter-layer contacts or vias is a first threshold or lower, characterized in that the scale factor is selected to achieve a mask window size Sx, wherein said mask window size Sx is selected so as to achieve a probability that the inter-layer contacts are successfully implanted, and Sx is determined experimentally as a value between a window size enabling the successful implantation probability to be 0.45 and a window size enabling the successful implantation probability to be 0.55.
A method of geophysical monitoring within a wellbore comprising interrogating an optical fibre deployed along substantially the entire length of the wellbore to provide distributed acoustic sensing and detecting the acoustic response from the entire length of the wellbore of interest in response to a seismic stimulus wherein interrogating said optical fibre comprises launching a series of optical pulses into said optical fibre and detecting radiation which is Rayleigh backscattered by the fibre; and processing the detected Rayleigh backscattered radiation to provide a plurality of discrete longitudinal sensing portions of the fibre and wherein the sensing fibre is free of any deliberately introduced reflection sites, characterized in that the profile is a vertical seismic profile and by applying seismic stacking to a plurality of acoustic responses.
Method for providing steam in a steam boiler for an ironing device, the method comprising the steps of: providing a regulating signal to an interface to a regulating device (212, 213) of the steam boiler in order to effect a predetermined minimum filling level of a liquid to be evaporated in the steam boiler; providing a heating signal to an interface to a heating device of the steam boiler in order to effect heating of the liquid; reading a temperature signal via an interface to a temperature sensor, the temperature signal representing a temperature of the liquid in the steam boiler; providing an inlet signal to an interface to the regulating device (212, 213) in order to let in a quantity of liquid into the steam boiler when the temperature signal indicates a target temperature; and repeating the steps of reading the temperature signal and providing the inlet signal until the liquid in the steam boiler is at a predetermined maximum filling level and the temperature signal indicates the target temperature characterised in that the quantity of liquid is a predetermined quantity of liquid, and comprising a step of stopping providing the heating signal when the liquid in the steam boiler is at the predetermined maximum filling level and the temperature signal indicates the target temperature. providing a regulating signal to an interface to a regulating device (212, 213) of the steam boiler in order to effect a predetermined minimum filling level of a liquid to be evaporated in the steam boiler; providing a heating signal to an interface to a heating device of the steam boiler in order to effect heating of the liquid; reading a temperature signal via an interface to a temperature sensor, the temperature signal representing a temperature of the liquid in the steam boiler; providing an inlet signal to an interface to the regulating device (212, 213) in order to let in a quantity of liquid into the steam boiler when the temperature signal indicates a target temperature; and repeating the steps of reading the temperature signal and providing the inlet signal until the liquid in the steam boiler is at a predetermined maximum filling level and the temperature signal indicates the target temperature characterised in that the quantity of liquid is a predetermined quantity of liquid, and comprising a step of stopping providing the heating signal when the liquid in the steam boiler is at the predetermined maximum filling level and the temperature signal indicates the target temperature.
A server for hosting process isolated containers within a virtual machine, comprising: at least one physical processor; at least one physical computer memory storing executable code for execution by the at least one physical processor, the executable code configured to provide a host virtual machine and a plurality of process isolated containers within the host virtual machine, wherein each process isolated container provides application isolation and shares a kernel with the host virtual machine and all containers running on the host, wherein a process isolated container has network isolation by having a dedicated host virtual network interface controller; and a physical network interface controller, NIC, including a physical NIC switch configured to distribute incoming data packets to a plurality of functions, wherein the plurality of functions includes a peripheral component interconnect express, PCIe, physical function and single root input-output virtual, SR-IOV, functions, wherein a respective virtual function is assigned to each individual process isolated container of the plurality of process isolated containers within the virtual machine. at least one physical processor; at least one physical computer memory storing executable code for execution by the at least one physical processor, the executable code configured to provide a host virtual machine and a plurality of process isolated containers within the host virtual machine, wherein each process isolated container provides application isolation and shares a kernel with the host virtual machine and all containers running on the host, wherein a process isolated container has network isolation by having a dedicated host virtual network interface controller; and a physical network interface controller, NIC, including a physical NIC switch configured to distribute incoming data packets to a plurality of functions, wherein the plurality of functions includes a peripheral component interconnect express, PCIe, physical function and single root input-output virtual, SR-IOV, functions, wherein a respective virtual function is assigned to each individual process isolated container of the plurality of process isolated containers within the virtual machine.
An electrical switch having a housing, having at least one contact system, which is located in the housing and having an operating element (7, 7'), which is designed in the form of a rocker and can be pivoted about a rotation axis between a neutral position and an operating position, which has at least one operating area (10, 10') for manually pivoting the operating element (7, 7'), wherein the operating element (7,7') is pre-stressed into the neutral position by means of an elastic force, and wherein the operating element (7, 7') in the operating position has a switching impact on the contact system, wherein the elastic force interacts with the operating element (7, 7') during the pivoting of the operating element (7, 7') in such a way that the operating element (7, 7') bears against the housing or a bearing element fixed relative to the housing on the side (20, 20') of the operating element (7, 7') which is opposite the operating area (10, 10') as well as on the edge of the operating element (7, 7') to form the rotation axis, characterized in that a centering pin is arranged in approximately the center of the operating element (7, 7'), wherein the centering pin interacts by way of a receptacle in a dome which is located in the housing when the operating element (7, 7') is pivoted in such a way that the formation of the rotational axis is supported on the side (20, 20') of the operating element (7, 7') which is opposite the operating area (10, 10') by arrangement of the operating element (7, 7') on the housing, and wherein the centering pin has a play in the receptacle, in such a manner that the pivoting motion of the operating element (7, 7') is permitted.
A follow-up mechanism for a gauge-changeable bogie, comprising a follow-up connector, unlocking members (2, 3) that are located on two sides of the follow-up connector and rotatably connected to the follow-up connector, a transverse displacement recognition device rotatably connected to the unlocking members, a toothed locking and positioning device mounted on the follow-up connector, and at least two mutually parallel fixation members (4, 5); the follow-up connector is in sliding fit with the fixation members (4, 5), and sliders (201, 301) are fixedly connected at ends of the unlocking members (2, 3); the transverse displacement recognition device comprises a transverse movement unlocking member and two displacement recognizing and balancing elastic members (601, 602) symmetrically mounted on the follow-up connector; the toothed locking and positioning device comprises a toothed locking element rotatably connected to the transverse movement unlocking member and a positioning element connected to the toothed locking element; the toothed locking element is rotatably connected to a first fixation member of the fixation members, and the positioning element is rotatably connected to a second fixation member of the fixation members.