mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a molded vehicle trim element, characterized by the steps: - providing a carrier plate in a mold for injection molding comprising a mobile core of the mold and cavity of the mold to give the final shape of the vehicle trim element, - providing a glass panel in the mold having at least a first region to be bent, - cold bending the glass panel inside the mold in a requested shape, - injecting a soft material between the glass panel and the carrier plate to form the vehicle trim element made of bent carrier plate and glass panel fixed together via the molding material, to improve the safety of the glass and prevent fragment to spread in the vehicle in case of breakage, - removing the vehicle trim element from the mold. - providing a carrier plate in a mold for injection molding comprising a mobile core of the mold and cavity of the mold to give the final shape of the vehicle trim element, - providing a glass panel in the mold having at least a first region to be bent, - cold bending the glass panel inside the mold in a requested shape, - injecting a soft material between the glass panel and the carrier plate to form the vehicle trim element made of bent carrier plate and glass panel fixed together via the molding material, to improve the safety of the glass and prevent fragment to spread in the vehicle in case of breakage, - removing the vehicle trim element from the mold.
An electrical contact material including 10% by mass or more and 30% by mass or less of tungsten carbide and 2% by mass or more and 5% by mass or less of graphite, the remainder including silver and an unavoidable impurity, the electrical contact material: having an electrical conductivity of 60% IACS or more; characterized in that the electrical contact material has a relative density of 98.0% or more; an oxyger content of 350 ppm or less; and a transverse rupture strength of 330 MPa or more.
A battery terminal manufacturing system comprising: a tool assembly including: a base; a first forming member movably coupled to the base and having at least a first curved protrusion extending therefrom; a second forming member movably coupled to the base and having at least a second curved protrusion extending therefrom; and a part support fixedly attached to the base and positioned between the first and second forming members; and an unfinished battery terminal removably positioned on the part support, wherein the battery terminal includes at least one annular bifurcated acid ring protruding from an exterior surface thereof and having a first lip spaced apart from a second lip, wherein the first and second forming members move toward each other to receive the battery terminal between the first and second forming members, whereby the first and second protrusions are driven against the unfinished battery terminal between the first and second lips to compress and flare the first and second lips away from each other. a tool assembly including: a base; a first forming member movably coupled to the base and having at least a first curved protrusion extending therefrom; a second forming member movably coupled to the base and having at least a second curved protrusion extending therefrom; and a part support fixedly attached to the base and positioned between the first and second forming members; and a base; a first forming member movably coupled to the base and having at least a first curved protrusion extending therefrom; a second forming member movably coupled to the base and having at least a second curved protrusion extending therefrom; and a part support fixedly attached to the base and positioned between the first and second forming members; and an unfinished battery terminal removably positioned on the part support, wherein the battery terminal includes at least one annular bifurcated acid ring protruding from an exterior surface thereof and having a first lip spaced apart from a second lip, wherein the first and second forming members move toward each other to receive the battery terminal between the first and second forming members, whereby the first and second protrusions are driven against the unfinished battery terminal between the first and second lips to compress and flare the first and second lips away from each other.
A method performed by a base station in a wireless communication system, comprising: receiving, from a multi-cell/multicast coordination entity, MCE, a first message comprising first information for identifying a service in which data transmission is to be suspended and a system frame number, SFN, the SFN indicates a radio frame from which the data transmission for the service is to be suspended; transmitting, to the MCE, a response message for acknowledging receipt of the first message; transmitting, to a terminal, a second message comprising second information related to the service and an indication indicating that the data transmission of the service is to be suspended; and transmitting a data for the service before the radio frame indicated by the SFN. receiving, from a multi-cell/multicast coordination entity, MCE, a first message comprising first information for identifying a service in which data transmission is to be suspended and a system frame number, SFN, the SFN indicates a radio frame from which the data transmission for the service is to be suspended; transmitting, to the MCE, a response message for acknowledging receipt of the first message; transmitting, to a terminal, a second message comprising second information related to the service and an indication indicating that the data transmission of the service is to be suspended; and transmitting a data for the service before the radio frame indicated by the SFN.
An inhaler device for dispensing doses of medicament, the inhaler comprising means for receiving a compartment containing medicament; and medicament extraction facilitating means for locating in a received compartment and thereby allowing an extraction of medicament from said compartment; wherein the extraction facilitating means comprises (i) a first fluid pathway extending therethrough for directing extracted medicament to an outlet of the inhaler and (ii) means which, in use, provides a second fluid pathway for directing fluid into said compartment past a sealing material of the compartment pierced by said extraction facilitating means; wherein the extraction facilitating means comprises a member defining a fluid pathway therein and an element for piercing a sealing material of a received compartment extending perpendicularly from an exterior of said member, the fluid pathway through the member extending from a first end of said member to a second end thereof, said element comprising a first part provided with said first fluid pathway therein and a second part providing said second fluid pathway, fluid communication being provided between the first fluid pathway and an outlet at said second end; characterised in that the second part provides said second fluid pathway as a pathway extending though said part and wherein the piercing element comprises a ridge for piercing a sealing material of a compartment, and wherein said piercing ridge extends from the first part to the second part.
A method comprising: forming a heat shield surrounding a fluid conduit and a fluid nozzle in an additive manufacturing process, the fluid nozzle being at a downstream end of the fluid conduit; removing powder from interior passages of the fluid conduit and the fluid nozzle and from gaps defined between the heat shield and the fluid conduit and between the heat shield and the fluid nozzle; separating the heat shield from the fluid conduit; separating the heat shield from the fluid nozzle; separating the heat shield from a build platform: separating the fluid conduit from the build platform; separating the fluid nozzle from the build platform; shifting the fluid conduit and the fluid nozzle to a shifted position relative to the heat shield, wherein the shift is in a direction lateral to a longitudinal axis defined along the fluid conduit; and securing the fluid conduit and the fluid nozzle to the heat shield in the shifted position. forming a heat shield surrounding a fluid conduit and a fluid nozzle in an additive manufacturing process, the fluid nozzle being at a downstream end of the fluid conduit; removing powder from interior passages of the fluid conduit and the fluid nozzle and from gaps defined between the heat shield and the fluid conduit and between the heat shield and the fluid nozzle; separating the heat shield from the fluid conduit; separating the heat shield from the fluid nozzle; separating the heat shield from a build platform: separating the fluid conduit from the build platform; separating the fluid nozzle from the build platform; shifting the fluid conduit and the fluid nozzle to a shifted position relative to the heat shield, wherein the shift is in a direction lateral to a longitudinal axis defined along the fluid conduit; and securing the fluid conduit and the fluid nozzle to the heat shield in the shifted position. separating the fluid conduit from the build platform; separating the fluid nozzle from the build platform; shifting the fluid conduit and the fluid nozzle to a shifted position relative to the heat shield, wherein the shift is in a direction lateral to a longitudinal axis defined along the fluid conduit; and securing the fluid conduit and the fluid nozzle to the heat shield in the shifted position.
Zygomatic dental implant (1, 3, 4) for supporting a dental prosthesis and for being fixed only to the jugal surface of the zygomatic bone of a patient, this implant comprising: - A zygomatic fixation part (10, 30, 40) arranged to be fixed to the jugal surface of the zygomatic bone of a patient, forming a plate, in which there is defined at least one fixation opening (100, 101, 102; 300, 301, 302; 400, 401, 402) which extends through the plate and which is configured to receive a fixation element (103, 104, 105; 303, 304, 305) so as to fix the plate to the jugal surface of the zygomatic bone of a patient; - A maxillary part (11, 31, 41) comprising at least one elongate element (11; 310, 311; 410, 411) arranged to extend facing the jugal surface of the maxillary bone of the patient, and one end of which is connected to the zygomatic part, and the other end of which is free and is connected to an interface for connection with a dental prosthesis. - A zygomatic fixation part (10, 30, 40) arranged to be fixed to the jugal surface of the zygomatic bone of a patient, forming a plate, in which there is defined at least one fixation opening (100, 101, 102; 300, 301, 302; 400, 401, 402) which extends through the plate and which is configured to receive a fixation element (103, 104, 105; 303, 304, 305) so as to fix the plate to the jugal surface of the zygomatic bone of a patient; - A maxillary part (11, 31, 41) comprising at least one elongate element (11; 310, 311; 410, 411) arranged to extend facing the jugal surface of the maxillary bone of the patient, and one end of which is connected to the zygomatic part, and the other end of which is free and is connected to an interface for connection with a dental prosthesis.
A liquid discharge apparatus, comprising: a nozzle plate comprising a plurality of nozzles for discharging a liquid; a liquid supply unit which communicates with the nozzles; a plurality of actuators each of which is provided for a respective nozzle of the plurality of nozzles in the nozzle plate, each actuator comprising a piezoelectric element; a driving circuit which supplies a driving signal to the piezoelectric elements of the actuators and drives the actuators to discharge the liquid from the nozzles; and a cleaning member (33A, 34A) which cleans or suctions a nozzle surface of the nozzle plate, characterized in that the actuators are positioned inside the nozzle plate; and the driving circuit comprises three switches (201, 202, 203) any one of which is turned on to connect the piezoelectric elements of the actuators to a ground or a power supply through the driving circuit while the cleaning member cleans or suctions the nozzle surface. a nozzle plate comprising a plurality of nozzles for discharging a liquid; a liquid supply unit which communicates with the nozzles; a plurality of actuators each of which is provided for a respective nozzle of the plurality of nozzles in the nozzle plate, each actuator comprising a piezoelectric element; a driving circuit which supplies a driving signal to the piezoelectric elements of the actuators and drives the actuators to discharge the liquid from the nozzles; and a cleaning member (33A, 34A) which cleans or suctions a nozzle surface of the nozzle plate, characterized in that the actuators are positioned inside the nozzle plate; and the driving circuit comprises three switches (201, 202, 203) any one of which is turned on to connect the piezoelectric elements of the actuators to a ground or a power supply through the driving circuit while the cleaning member cleans or suctions the nozzle surface.
A fiber optic connector sub-assembly for securing and retaining a fiber optic cable therein, the fiber optic connector sub-assembly comprising: a cable lock comprising: a cable channel for receiving a fiber optic cable therethrough; and at least one strength member engagement surface; and a retention body comprising: an optical fiber channel for receiving an end portion of at least one optical fiber of the fiber optic cable therethrough; and at least one strength member engagement surface configured to cooperate with the at least one strength member engagement surface of the cable lock to receive and retain at least one strength member of the fiber optic cable; characterized in that at least one of the cable lock and the retention body comprises at least one tab configured to mate with a respective slot in the other of the cable lock and the retention body; and wherein each of the at least one tab mates with the respective slot in a snap-fit arrangement. a cable lock comprising: a cable channel for receiving a fiber optic cable therethrough; and at least one strength member engagement surface; and a cable channel for receiving a fiber optic cable therethrough; and at least one strength member engagement surface; and a retention body comprising: an optical fiber channel for receiving an end portion of at least one optical fiber of the fiber optic cable therethrough; and at least one strength member engagement surface configured to cooperate with the at least one strength member engagement surface of the cable lock to receive and retain at least one strength member of the fiber optic cable; characterized in that at least one of the cable lock and the retention body comprises at least one tab configured to mate with a respective slot in the other of the cable lock and the retention body; and wherein each of the at least one tab mates with the respective slot in a snap-fit arrangement. an optical fiber channel for receiving an end portion of at least one optical fiber of the fiber optic cable therethrough; and at least one strength member engagement surface configured to cooperate with the at least one strength member engagement surface of the cable lock to receive and retain at least one strength member of the fiber optic cable; characterized in that at least one of the cable lock and the retention body comprises at least one tab configured to mate with a respective slot in the other of the cable lock and the retention body; and wherein each of the at least one tab mates with the respective slot in a snap-fit arrangement.
A system (100, 300) comprising: an authentication engine (102, 302, 402) configured to determine a source of a script (342, 454) and an integrity level of the script (342, 454); a primitives engine (104,304,404) configured to enable a plurality of primitives (344, 440) to use with the script (342, 454), the plurality of primitives (344, 440) to define functionalities available via a unified extensible firmware interface, UEFI, system; and an environment engine (106, 306, 406) configured to: enable execution of the script (342, 454) during initialization of a target device in response to a determination that the script (342, 454) is authenticated based on the source and the integrity level; and establish execution parameters of the script (342, 454) by the UEFI system based on thresholds defined by a plurality of control programs, wherein the thresholds represent resource usage parameters. an authentication engine (102, 302, 402) configured to determine a source of a script (342, 454) and an integrity level of the script (342, 454); a primitives engine (104,304,404) configured to enable a plurality of primitives (344, 440) to use with the script (342, 454), the plurality of primitives (344, 440) to define functionalities available via a unified extensible firmware interface, UEFI, system; and an environment engine (106, 306, 406) configured to: enable execution of the script (342, 454) during initialization of a target device in response to a determination that the script (342, 454) is authenticated based on the source and the integrity level; and establish execution parameters of the script (342, 454) by the UEFI system based on thresholds defined by a plurality of control programs, wherein the thresholds represent resource usage parameters. enable execution of the script (342, 454) during initialization of a target device in response to a determination that the script (342, 454) is authenticated based on the source and the integrity level; and establish execution parameters of the script (342, 454) by the UEFI system based on thresholds defined by a plurality of control programs, wherein the thresholds represent resource usage parameters.
A bidirectional Direct Current, DC, -DC conversion system, comprising a phase element and a controller, wherein the phase element comprises N+1 bridge arms, each of the bridge arms comprises a variable voltage source (u 11, u 21, u 31, u N1) and an output terminal (408, 409, 410), the variable voltage sources (u 11, u 21, u 31, u N1) of the N+1 bridge arms are in star connection and form a common terminal, characterized in that the output terminal of the ith bridge arm (408, 409) and the output terminal of the (N+1)th bridge arm form an ith-side port of the system; and a sum of DC voltage components output by the variable voltage sources of the ith bridge arm and the (N+1)th bridge arm is a DC voltage of the ith-side port; and the controller is connected to each of the variable voltage sources, (u 11, u 21, u 31, u N1) and is configured to control a voltage of each of the variable voltage sources. the phase element comprises N+1 bridge arms, each of the bridge arms comprises a variable voltage source (u 11, u 21, u 31, u N1) and an output terminal (408, 409, 410), the variable voltage sources (u 11, u 21, u 31, u N1) of the N+1 bridge arms are in star connection and form a common terminal, characterized in that the output terminal of the ith bridge arm (408, 409) and the output terminal of the (N+1)th bridge arm form an ith-side port of the system; and a sum of DC voltage components output by the variable voltage sources of the ith bridge arm and the (N+1)th bridge arm is a DC voltage of the ith-side port; and the controller is connected to each of the variable voltage sources, (u 11, u 21, u 31, u N1) and is configured to control a voltage of each of the variable voltage sources.
A component (100, 100') of a molding apparatus (110, 110') for producing hollow plastic items, in particular test tubes, syringes, preforms of containers or tubular bodies, the component (100, 100') comprising: - a first body (1, 1', 1") having a face defining part of a separation surface of the molding apparatus (110, 110'); - a second body (2, 2'), or stripper ring, inserted in the first body (1, 1', 1"), adapted to be crossed along an axis by a core, and in particular to come into contact with the core; - a plurality of elements (4, 4', 4") inserted in the first body (1, 1', 1"), adapted to be displaced parallel to said axis; wherein the second body (2, 2') has an outer surface comprising a plurality of inclined portions (21, 21') with respect to said axis; and wherein each element (4, 4', 4") of said plurality of elements (4, 4', 4") has an outer surface comprising an inclined portion (41, 41') with respect to said axis, which is in contact with a respective inclined portion (21, 21') of the second body (2, 2') so that the position of the second body (2, 2') can be adjusted by means of said plurality of elements (4, 4', 4"). the component (100, 100') comprising: - a first body (1, 1', 1") having a face defining part of a separation surface of the molding apparatus (110, 110'); - a second body (2, 2'), or stripper ring, inserted in the first body (1, 1', 1"), adapted to be crossed along an axis by a core, and in particular to come into contact with the core; - a plurality of elements (4, 4', 4") inserted in the first body (1, 1', 1"), adapted to be displaced parallel to said axis; - a first body (1, 1', 1") having a face defining part of a separation surface of the molding apparatus (110, 110'); - a second body (2, 2'), or stripper ring, inserted in the first body (1, 1', 1"), adapted to be crossed along an axis by a core, and in particular to come into contact with the core; - a plurality of elements (4, 4', 4") inserted in the first body (1, 1', 1"), adapted to be displaced parallel to said axis; wherein the second body (2, 2') has an outer surface comprising a plurality of inclined portions (21, 21') with respect to said axis; and wherein each element (4, 4', 4") of said plurality of elements (4, 4', 4") has an outer surface comprising an inclined portion (41, 41') with respect to said axis, which is in contact with a respective inclined portion (21, 21') of the second body (2, 2') so that the position of the second body (2, 2') can be adjusted by means of said plurality of elements (4, 4', 4").
An implantable banding system for treating obesity, the implantable banding system comprising: a gastric band having at least one inner fluid compartment and an outer mechanical adjustment mechanism, the at least one inner fluid compartment being filled with a volume of fluid, and the outer mechanical adjustment mechanism comprising a device configured to adjust the gastric band through a variety of diameters, wherein the volume of fluid in the at least one inner fluid compartment is a fixed volume of fluid. a gastric band having at least one inner fluid compartment and an outer mechanical adjustment mechanism, the at least one inner fluid compartment being filled with a volume of fluid, and the outer mechanical adjustment mechanism comprising a device configured to adjust the gastric band through a variety of diameters, wherein the volume of fluid in the at least one inner fluid compartment is a fixed volume of fluid.