mhurhangee/ep-ind-claims huggingface dataset:
A formation tester seal pad (400, 500, 600, 724, 824) comprising: a moveable support member (402, 502, 602) comprising: an inner raised edge (440, 540, 640); and an outer raised edge (450, 550, 650), wherein the inner and outer raised edges define an outer profile (442, 642) of the support member (402, 502, 602); and a deformable seal pad element (404, 504, 604) positioned between the inner and outer raised edges, characterized in that the seal pad element comprises: a volume of seal pad material above the outer profile (442, 642) of the support member; and a volume of seal pad material below the outer profile (442, 642) of the support member, the seal pad element forming an outer sealing surface having a plurality of raised portions (410, 510, 610) and a plurality of spaces (420, 520, 620); wherein each raised portion (410, 510, 610) is positioned between a pair of spaces (420, 520, 620); and wherein the raised portions (410, 510, 610) are deformable into the spaces (420, 520, 620) in response to a compressive load on the outer sealing surface. a moveable support member (402, 502, 602) comprising: an inner raised edge (440, 540, 640); and an outer raised edge (450, 550, 650), wherein the inner and outer raised edges define an outer profile (442, 642) of the support member (402, 502, 602); and an inner raised edge (440, 540, 640); and an outer raised edge (450, 550, 650), wherein the inner and outer raised edges define an outer profile (442, 642) of the support member (402, 502, 602); and a deformable seal pad element (404, 504, 604) positioned between the inner and outer raised edges, characterized in that the seal pad element comprises: a volume of seal pad material above the outer profile (442, 642) of the support member; and a volume of seal pad material below the outer profile (442, 642) of the support member, the seal pad element forming an outer sealing surface having a plurality of raised portions (410, 510, 610) and a plurality of spaces (420, 520, 620); wherein each raised portion (410, 510, 610) is positioned between a pair of spaces (420, 520, 620); and wherein the raised portions (410, 510, 610) are deformable into the spaces (420, 520, 620) in response to a compressive load on the outer sealing surface. a volume of seal pad material above the outer profile (442, 642) of the support member; and a volume of seal pad material below the outer profile (442, 642) of the support member, the seal pad element forming an outer sealing surface having a plurality of raised portions (410, 510, 610) and a plurality of spaces (420, 520, 620); wherein each raised portion (410, 510, 610) is positioned between a pair of spaces (420, 520, 620); and wherein the raised portions (410, 510, 610) are deformable into the spaces (420, 520, 620) in response to a compressive load on the outer sealing surface.
A mixer/eductor assembly for use with a fuel cell system having an anode-side and a cathode-side, said mixer/eductor assembly mixing and at least partially combusting anode exhaust gas output from the anode-side and an oxidant supply gas, characterized in that said mixer/eductor assembly comprises: a first area configured to receive and mix a first portion of the anode exhaust gas and a first portion of the oxidant supply gas to form a first mixture, the first area being configured so as to initiate a combustion reaction in the first mixture; a second area coupled with the first area, the second area configured to receive and mix a second portion of the anode exhaust gas and a second portion of the oxidant supply gas to form a second mixture, wherein: the first mixture has a predetermined oxidant to fuel ratio smaller than the oxidant to fuel ratio of the second mixture; and the first area provides an ignition source to promote continuous combustion of the second mixture in the second area. a first area configured to receive and mix a first portion of the anode exhaust gas and a first portion of the oxidant supply gas to form a first mixture, the first area being configured so as to initiate a combustion reaction in the first mixture; a second area coupled with the first area, the second area configured to receive and mix a second portion of the anode exhaust gas and a second portion of the oxidant supply gas to form a second mixture, wherein: the first mixture has a predetermined oxidant to fuel ratio smaller than the oxidant to fuel ratio of the second mixture; and the first area provides an ignition source to promote continuous combustion of the second mixture in the second area. the first mixture has a predetermined oxidant to fuel ratio smaller than the oxidant to fuel ratio of the second mixture; and the first area provides an ignition source to promote continuous combustion of the second mixture in the second area.
A method (200, 600, 700) of forming a microelectronic assembly, comprising: providing a protective layer on one or both surfaces of a first substrate; fixing the first substrate onto a carrier; singulating the first substrate into a quantity of dies (310, 316) fixed to the carrier; processing at least a first surface of the dies (310, 316) while the dies are fixed to the carrier; cutting the carrier around a perimeter of a first die, the cutting forming a portion of the carrier fixed to a second surface of the first die; removing the first die from the quantity of dies while the portion of the carrier is fixed to the second surface of the first die; and attaching the first die to a prepared surface of a second substrate, the first surface of the first die being attached to the prepared surface of the second substrate; characterized by stretching the carrier to form gaps between the dies fixed to the carrier, and in that said cutting comprises forming perforations in the carrier along the gaps. providing a protective layer on one or both surfaces of a first substrate; fixing the first substrate onto a carrier; singulating the first substrate into a quantity of dies (310, 316) fixed to the carrier; processing at least a first surface of the dies (310, 316) while the dies are fixed to the carrier; cutting the carrier around a perimeter of a first die, the cutting forming a portion of the carrier fixed to a second surface of the first die; removing the first die from the quantity of dies while the portion of the carrier is fixed to the second surface of the first die; and attaching the first die to a prepared surface of a second substrate, the first surface of the first die being attached to the prepared surface of the second substrate; characterized by stretching the carrier to form gaps between the dies fixed to the carrier, and in that said cutting comprises forming perforations in the carrier along the gaps.
Device for the electrochemical production of films, in particular thin films, comprising: - an electroplating unit comprising a container which can be filled with a liquid, at least one anode arranged in the container and a coating drum which can be rotated about an axis and whose lateral surface is designed as a cathode, the coating drum being located at least in sections inside the container at least in a working position, and - a transport unit for drawing the film formed on the lateral surface of the drum perpendicular to the direction of the axis, the transport unit having a driven, closed and circumferential suction belt which can be subjected to negative pressure. - an electroplating unit comprising a container which can be filled with a liquid, at least one anode arranged in the container and a coating drum which can be rotated about an axis and whose lateral surface is designed as a cathode, the coating drum being located at least in sections inside the container at least in a working position, and - a transport unit for drawing the film formed on the lateral surface of the drum perpendicular to the direction of the axis, the transport unit having a driven, closed and circumferential suction belt which can be subjected to negative pressure.
Device for cleaning by vibration of at least one filter mounted on the line for the stream of air induced by a suction motor, characterised in that the device for cleaning comprises at least, downstream of the filter in relation to the direction of flow of the stream of air displaced by the motor, a propeller provided with at least one vane mounted on at least the line for the stream of air for suction of dust induced by the motor in such a way as to be set in rotation by the stream of air which passes through it, the propeller being mounted locked in rotation with an unbalancing means so that the rotation of the propeller leads to the rotation of the unbalancing means which generates an oscillation and/or a vibration which is transmitted to at least the filter of the device to allow the detachment of the dust built up on the filter.
A method for driving a refrigerator drawer comprising: the drawer; a drive motor rotating to withdraw the drawer to a predetermined distance; and a controller (810, 860) for controlling an operation of the drive motor, the method comprising steps of: - detecting external force applied to the drawer that is in a stationary state; - transferring an external force detecting signal to a controller (810, 860); - determining an application direction of an external force; and - moving (S36, S38) the drawer in the application direction of the external force; characterized in that a drawer moving velocity and distance are calculated by analyzing a FG (frequency generator) pulse signal of the drive motor, which is generated depending on motion of the drawer, wherein the external force applied to the drawer is detected by a pulse signal that is output from a hall sensor of a drive motor when the drawer moves. - detecting external force applied to the drawer that is in a stationary state; - transferring an external force detecting signal to a controller (810, 860); - determining an application direction of an external force; and - moving (S36, S38) the drawer in the application direction of the external force;
A method for detecting anti-CD3 homodimers in a composition comprising a T cell dependent bispecific antibody wherein the bispecific antibody comprises a target antigen binding fragment and a CD3 binding fragment, the method comprising contacting a population of T cells with the composition, wherein the T cells comprise nucleic acid encoding a reporter operably linked to a response element that is responsive to T cell activation, and wherein the population of T cells does not comprise the target antigen, wherein expression of the reporter indicates the presence of anti-CD3 homodimers.
Electric heating device, in particular for a motor vehicle, having a power part and a control part and having a common housing (2; 58, 54, 56), the control part having a low voltage interface for control signals and a high voltage interface for a power current for operating the power part, the control part and the power part being provided as an integral unit in the common housing (2; 58, 54, 56), and having a uniform plug element which is provided at the housing (2; 58, 54, 56) and having high voltage plug contact elements for the power current electrically connected to the high voltage interface, and low voltage plug contact elements for the control signals, electrically connected to the low voltage interfaces, the plug element having a plug housing, which is fixedly connected to the housing, characterized in that the plug housing forms a abutment surface on which a printed circuit board of the control part abuts and which is surmounted by contact blades (26, 28) electrically connected to the high voltage and low voltage plug contact elements (18; 20).
A spraying device for spraying cosmetics liquid comprising: a housing having a spraying unit cavity, whereby the middle portion of a first body shell and a second body shell of the housing defines a handle portion; a spraying unit, which is removably located within the spraying unit cavity; the spraying unit comprising a tank capable of storing a liquid, coupled to an air chamber, the air chamber includes a liquid tube including a needle, and a nozzle, a back end of the liquid tube being positioned within an opening of the tank and a front end of the liquid tube being received by the air chamber, wherein the air chamber is capable of receiving pressurized air from an air source and the pressurized air is capable of escaping the air chamber through the nozzle; a trigger assembly including a trigger, wherein said needle closes said liquid tube when said trigger is released in such a way, that the trigger assembly being pivoted in the housing and being communicatively coupled to the needle so that, when the trigger assembly is actuated, the needle is moved away from the front of the liquid tube allowing escaping-pressurized air to pull the liquid from the liquid tube and a flow of the liquid is controlled by maintaining intermediate positions of the trigger assembly between a first position and a second position. a housing having a spraying unit cavity, whereby the middle portion of a first body shell and a second body shell of the housing defines a handle portion; a spraying unit, which is removably located within the spraying unit cavity; the spraying unit comprising a tank capable of storing a liquid, coupled to an air chamber, the air chamber includes a liquid tube including a needle, and a nozzle, a back end of the liquid tube being positioned within an opening of the tank and a front end of the liquid tube being received by the air chamber, wherein the air chamber is capable of receiving pressurized air from an air source and the pressurized air is capable of escaping the air chamber through the nozzle; a trigger assembly including a trigger, wherein said needle closes said liquid tube when said trigger is released in such a way, that the trigger assembly being pivoted in the housing and being communicatively coupled to the needle so that, when the trigger assembly is actuated, the needle is moved away from the front of the liquid tube allowing escaping-pressurized air to pull the liquid from the liquid tube and a flow of the liquid is controlled by maintaining intermediate positions of the trigger assembly between a first position and a second position.
Method for producing a supporting framework (4, 5) for holding a covering for a container treatment machine with at least one machine element which is completely or partially covered by means of the covering, according to which - columns and crossmembers are connected to one another in a centring manner at node points, characterised in that - the respective column is equipped with at least one connection flange, folded in relation to a non-bended nose, for the combined centring in relation to, and coupling with, the crossmember, and for this purpose - the connection flange is defined at the column, in that the column is cut into on the edge side of the column, and the column cut-out formed in this way and connected unchanged as one piece with the column, and according to which - in the column cut-out in its turn a flange cut-out is defined, which does not follow the tilt movement of the column cut-out for the definition of the connection flange, and in consequence forms the non-bended nose, and wherein the non-bended nose engages at the column into a corresponding cut-out on the cross-member. - columns and crossmembers are connected to one another in a centring manner at node points, characterised in that - the respective column is equipped with at least one connection flange, folded in relation to a non-bended nose, for the combined centring in relation to, and coupling with, the crossmember, and for this purpose - the connection flange is defined at the column, in that the column is cut into on the edge side of the column, and the column cut-out formed in this way and connected unchanged as one piece with the column, and according to which - in the column cut-out in its turn a flange cut-out is defined, which does not follow the tilt movement of the column cut-out for the definition of the connection flange, and in consequence forms the non-bended nose, and wherein the non-bended nose engages at the column into a corresponding cut-out on the cross-member.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, for use in treating a bacterial infection or an antibiotic-tolerant infection in a subject, wherein: Y is (CH 2) p, O, or a bond; Ring A is aryl, heteroaryl, heterocycloalkyl, optionally substituted by 1 to 5 R 1; R 1 is -NR a R b, NO 2, or -NHC R c; or 2 R 1 together with the carbon atoms to which they are attached form a heteroaryl or heterocycloalkyl; R 2 is C 1-6 alkyl, C 1-6 alkoxy, -NR a R b, -NHC R a, NO 2, -CN, -SR a, -S 2 R a; R a and R b are each independently H or C 1-6 alkyl; R c is H, C 1-6 alkyl, C 1-6 haloalkyl; m is 1, 2, 3, or 4; and p is 1, 2, 3, 4, 5, or 6. Y is (CH 2) p, O, or a bond; Ring A is aryl, heteroaryl, heterocycloalkyl, optionally substituted by 1 to 5 R 1; R 1 is -NR a R b, NO 2, or -NHC R c; or 2 R 1 together with the carbon atoms to which they are attached form a heteroaryl or heterocycloalkyl; R 2 is C 1-6 alkyl, C 1-6 alkoxy, -NR a R b, -NHC R a, NO 2, -CN, -SR a, -S 2 R a; R a and R b are each independently H or C 1-6 alkyl; R c is H, C 1-6 alkyl, C 1-6 haloalkyl; m is 1, 2, 3, or 4; and p is 1, 2, 3, 4, 5, or 6.
A product pouch arrangement that protects one or more products included therein from physical damage when handled, wherein: (i) the product pouch arrangement includes at least a first compartment and a second compartment; (ii) the first compartment includes a plurality of shock cushioning elements that cushion the one or more products, and also optically protect the one or more products; (iii) the second compartment accommodates the one or more products; (iv) at least one of the first and second compartments are resealable so that the one or more products and/or the plurality of cushioning elements are user-accessible; and (v) the first and second compartments have surrounding walls and that are fabricated from at least one flexible plastics material that transmits electromagnetic radiation in a wavelength range to which a human eye responds but attenuates radiation in an ultra violet electromagnetic wavelength range, characterised in that the plurality of shock cushioning elements are implemented as planar discs, wherein the planar discs have peripheral out-of-plane features that absorb shock in operation. (i) the product pouch arrangement includes at least a first compartment and a second compartment; (ii) the first compartment includes a plurality of shock cushioning elements that cushion the one or more products, and also optically protect the one or more products; (iii) the second compartment accommodates the one or more products; (iv) at least one of the first and second compartments are resealable so that the one or more products and/or the plurality of cushioning elements are user-accessible; and (v) the first and second compartments have surrounding walls and that are fabricated from at least one flexible plastics material that transmits electromagnetic radiation in a wavelength range to which a human eye responds but attenuates radiation in an ultra violet electromagnetic wavelength range,
Method for managing a railway electrical circuit (3A, 3B) adapted to detect presence of a rolling stock on a railway track, the railway track being subdivided in successive track sections (1A, 1B) forming successive electrical circuits (3A, 3B) independently fed with electrical current for monitoring the presence of a rolling stock on one of the track sections (1A, 1B), each electrical circuit (3A, 3B) being continuously fed with electrical current originating from a power line and comprising a transmission device (9A, 9B) for feeding the electrical circuit (3A, 3B) with electrical current, located at one end of the track section, and a reception device (11A, 11B) for detecting the electrical current circulating in the electrical circuit (3A, 3B), located at an opposed end of the track section, this method comprising steps consisting in: - a) continuously feeding the electrical circuit (3A, 3B) with electrical current with the transmission device (9A, 9B) and monitoring the presence of a rolling stock on the corresponding track section (1A, 1B) by measuring, using the reception device (11A, 11B), the current circulating in the electrical circuit (3A, 3B); - b) if the reception device (11A, 11B) detects that a rolling stock is present on the track section (1A, 1B), applying to the electrical circuit (3A, 3B) a nominal electrical power at least until the rolling stock exits the section (1A, 1B); - c) if the reception device (11A, 11B) detects that no rolling stock is present on the track section (1A, 1B), applying to the electrical circuit (3A, 3B) a power-saving power value which is inferior to the nominal power; this method being characterized in that at step b) the electrical power (P OT) consumed by the electrical circuit (3A, 3B) is controlled to be kept under a limited value, wherein the power consumption of the electrical circuit (3A, 3B) is controlled by varying the tension delivered by the transmission device (9A, 9B) using at least one control box (15A, 15B) which is connected to the power line and is adapted to receive a signal (13A, 13B) emitted by the reception device (11A, 11B) and to control the tension delivered by the transmission device (9A, 9B) on the basis of the information delivered by the received signal (13A, 13B). - a) continuously feeding the electrical circuit (3A, 3B) with electrical current with the transmission device (9A, 9B) and monitoring the presence of a rolling stock on the corresponding track section (1A, 1B) by measuring, using the reception device (11A, 11B), the current circulating in the electrical circuit (3A, 3B); - b) if the reception device (11A, 11B) detects that a rolling stock is present on the track section (1A, 1B), applying to the electrical circuit (3A, 3B) a nominal electrical power at least until the rolling stock exits the section (1A, 1B); - c) if the reception device (11A, 11B) detects that no rolling stock is present on the track section (1A, 1B), applying to the electrical circuit (3A, 3B) a power-saving power value which is inferior to the nominal power;