mhurhangee/ep-ind-claims huggingface dataset:
Switching device comprising an operating mechanism in which manual operation by means of an operating element can be transmitted to a mating gear, comprising a transmission mechanism in which the movement of the mating gear can be transmitted to a drive shaft which is coupled to a toothed rocker of a switching mechanism by means of which an articulated lever acts on a switching lever, and comprising a contact arrangement which has a switching piece which is fixed in position and has contacts and is arranged opposite a moving switching piece which has contacts and is guided in a contact slide, wherein the switching lever is operatively connected to the contact arrangement, characterized in that the drive shaft engages into a slotted link recess of the toothed rocker, wherein the rotation of the drive shaft drives the toothed rocker only starting from a specific rotation angle after passing through an idle travel.
A mass spectrometer comprising: a laser; an ion source or imaging device having a target region, sample surface or target plate arranged therein; and apparatus for controlling the spot size of a laser beam which is targeted, in use, onto said target region, sample surface or target plate, characterised in that said apparatus comprises one or more zoom lenses. a laser; an ion source or imaging device having a target region, sample surface or target plate arranged therein; and apparatus for controlling the spot size of a laser beam which is targeted, in use, onto said target region, sample surface or target plate, characterised in that said apparatus comprises one or more zoom lenses.
Method for separating a workpiece into multiple sections, in which - in a first step one or more lines of modified material is/are created along one or more predefined separating lines in the workpiece through a surface of the workpiece by way of local material processing with a laser beam, which lead to a reduction of breaking tension of the workpiece along the separating lines; and - in a second step the workpiece is separated into the sections along the separating lines by thermal laser separation, characterized in that the one or more lines is/are created in the workpiece entirely or at least partially at a varying distance from the surface, and thermal stresses are generated along the separating lines in the workpiece by a combination of laser irradiation and local application of a cooling medium. - in a first step one or more lines of modified material is/are created along one or more predefined separating lines in the workpiece through a surface of the workpiece by way of local material processing with a laser beam, which lead to a reduction of breaking tension of the workpiece along the separating lines; and - in a second step the workpiece is separated into the sections along the separating lines by thermal laser separation,
A liquid crystal display device, comprising: a liquid crystal display panel; a first polarizer between the liquid crystal display panel and a back light behind the liquid crystal display panel, the first polarizer including a first polarization film having a first transmission axis and a first phase-difference film having a first retardation axis; a second polarizer in front of the liquid crystal display panel, the second polarizer including a second polarization film having a second transmission axis intersecting the first transmission axis, a second phase-difference film having a second retardation axis intersecting the first retardation axis, and a third phase-difference film having a third retardation axis; and a substrate structure in front of the liquid crystal display panel and the second polarizer, the substrate structure including a third polarizer, the third polarizer including a fourth phase-difference film having a fourth retardation axis intersecting the third retardation axis, wherein the phase-difference films are quarter-wave plates and at least one of (i) the first retardation axis and the second retardation axis are orthogonal; (ii) the third retardation axis and the fourth retardation axis are orthogonal; (iii) the second retardation axis and the third retardation axis are orthogonal or equal; and (iv) the first retardation axis and the fourth retardation axis are orthogonal or equal. a liquid crystal display panel; a first polarizer between the liquid crystal display panel and a back light behind the liquid crystal display panel, the first polarizer including a first polarization film having a first transmission axis and a first phase-difference film having a first retardation axis; a second polarizer in front of the liquid crystal display panel, the second polarizer including a second polarization film having a second transmission axis intersecting the first transmission axis, a second phase-difference film having a second retardation axis intersecting the first retardation axis, and a third phase-difference film having a third retardation axis; and a substrate structure in front of the liquid crystal display panel and the second polarizer, the substrate structure including a third polarizer, the third polarizer including a fourth phase-difference film having a fourth retardation axis intersecting the third retardation axis, wherein the phase-difference films are quarter-wave plates and at least one of (i) the first retardation axis and the second retardation axis are orthogonal; (ii) the third retardation axis and the fourth retardation axis are orthogonal; (iii) the second retardation axis and the third retardation axis are orthogonal or equal; and (iv) the first retardation axis and the fourth retardation axis are orthogonal or equal. (i) the first retardation axis and the second retardation axis are orthogonal; (ii) the third retardation axis and the fourth retardation axis are orthogonal; (iii) the second retardation axis and the third retardation axis are orthogonal or equal; and (iv) the first retardation axis and the fourth retardation axis are orthogonal or equal.
Means for allocating memory (250, 350) for a transceiver (200, 300) comprising: means for determining a memory allocation between a retransmission function and one or more of an interleaving and a deinterleaving function, wherein the memory allocation is based on at least one communication parameter; means for transmitting or receiving a first message indicating the memory allocation; means for changing the memory allocation based on changes in a communication channel; and means for transmitting or receiving a second message indicating the changed memory allocation. means for determining a memory allocation between a retransmission function and one or more of an interleaving and a deinterleaving function, wherein the memory allocation is based on at least one communication parameter; means for transmitting or receiving a first message indicating the memory allocation; means for changing the memory allocation based on changes in a communication channel; and means for transmitting or receiving a second message indicating the changed memory allocation.
A flux injector assembly for refining a molten material, at least a portion including aluminum, as it flows through a trough, the flux injector assembly comprising: an elongated dispensing rod having a hollow body and a dispensing rim that is configured to allow a flux to travel through the hollow body and be injected into the molten material through the dispensing rim as the molten material flows through an associated trough; a baffle plate having bottom edge that is configured to be positioned within the associated trough to allow molten material to flow under the bottom edge of the baffle plate, the elongated dispensing rod is positioned at a downstream location relative to the baffle plate, the dispensing rim and the bottom edge are placed within the molten material wherein the rate of flow of molten material is increased as it passes the dispensing rim of the elongated dispensing rod to mix the flux within the molten material, wherein the dispensing rim of the elongated dispensing rod includes at least one notch positioned inwardly along the dispensing rim to assist with mixing the flux with the molten material. an elongated dispensing rod having a hollow body and a dispensing rim that is configured to allow a flux to travel through the hollow body and be injected into the molten material through the dispensing rim as the molten material flows through an associated trough; a baffle plate having bottom edge that is configured to be positioned within the associated trough to allow molten material to flow under the bottom edge of the baffle plate, the elongated dispensing rod is positioned at a downstream location relative to the baffle plate, the dispensing rim and the bottom edge are placed within the molten material wherein the rate of flow of molten material is increased as it passes the dispensing rim of the elongated dispensing rod to mix the flux within the molten material,
Key cutting apparatus comprising: a measurement station operable to measure an original key to be copied; a workstation operable to hold a key blank to be cut as a copy of the original key measured by the measurement station; and a cutting system operable to cut the key blank held in the workstation, in accordance with measurements made by the measurement station; and wherein the measurement station is operable to measure the length of the original key and the tip profile of the key tip of the original key; and the cutting system is operable to cut the key blank to length, in accordance with the measured length of the original key; characterised in that the cutting system is operable to reproduce the measured tip profile on the key blank after the key blank has been cut to length. a measurement station operable to measure an original key to be copied; a workstation operable to hold a key blank to be cut as a copy of the original key measured by the measurement station; and a cutting system operable to cut the key blank held in the workstation, in accordance with measurements made by the measurement station; and wherein the measurement station is operable to measure the length of the original key and the tip profile of the key tip of the original key; and the cutting system is operable to cut the key blank to length, in accordance with the measured length of the original key; characterised in that the cutting system is operable to reproduce the measured tip profile on the key blank after the key blank has been cut to length.
Thermostat valve for a combustion engine, comprising a housing which comprises several connections, and comprising a hollow valve body which comprises a shell surface which is ball-shaped at least sectionally, which valve body is mounted in the housing rotatable about a rotational axis by a rotational drive, wherein the valve body comprises at least one main opening and at least one control opening, wherein at least the control opening is limited by the shell surface and can be selectively brought into overlap with one of the connections of the housing by rotating the valve body, wherein the shell surface comprises at least one deepening (24, 24') in relation to the surrounding surface of the shell surface adjacent to the at least one control opening limited by the shell surface, wherein the deepening (24, 24') is provided such that upon rotation of the valve body, in order to bring the at least one control opening into overlap with one of the connections of the housing, fluid can flow through the deepening (24, 24') between the connection of the housing and the control opening already before an overlap between the at least one control opening and the connection of the housing, characterized in that the deepening (24, 24') is further provided such that the fluid flow flowing through the deepening (24, 24') remains constant at least over a defined rotational angle area upon rotation of the valve body.
A network device configured to: generate a DMRS sequence by initializing a pseudo-random sequence generator with c init as a modulo 2 31 operation on a sum of parameters, wherein the parameters include 2 17 N symb slot n s, f μ + l + 1 2 N ID v SCID + 1, 2 N ID v SCID, and v SCID, wherein v SCID is 0 if λ is 0 and n SCID is 0, v SCID is 1 if λ is 1 and n SCID is 0, v SCID is 1 if λ is 0 and n SCID is 1, and v SCID is 0 if λ is 1 and n SCID is 1, wherein N symb slot represents the number of symbols in a slot, n s, f μ represents a slot index, l represents a symbol index, N ID v SCID represents a parameter configured by higher-layer parameters or equal to a cell ID, λ ∈ {0, 1} represents an index of a CDM group, n SCID ∈ {0, 1} represents a DMRS sequence initialization parameter. generate a DMRS sequence by initializing a pseudo-random sequence generator with c init as a modulo 2 31 operation on a sum of parameters, wherein the parameters include 2 17 N symb slot n s, f μ + l + 1 2 N ID v SCID + 1, 2 N ID v SCID, and v SCID, wherein v SCID is 0 if λ is 0 and n SCID is 0, v SCID is 1 if λ is 1 and n SCID is 0, v SCID is 1 if λ is 0 and n SCID is 1, and v SCID is 0 if λ is 1 and n SCID is 1, wherein N symb slot represents the number of symbols in a slot, n s, f μ represents a slot index, l represents a symbol index, N ID v SCID represents a parameter configured by higher-layer parameters or equal to a cell ID, λ ∈ {0, 1} represents an index of a CDM group, n SCID ∈ {0, 1} represents a DMRS sequence initialization parameter.
A single-stage rapid thermal process for manufacturing a transparent body of sintered magnesium aluminate spiel, comprising in one integrated stage i) rapidly heating an equimolar mixture of MgO and Al 2 O 3 powders with an additive of LiF in an amount of 0.5 to 2 wt% of said equimolar mixture at a temperature-increase rate of from 70 to 200°C/min up to a maximal temperature of 1600°C, wherein the temperature is increased continuosly; ii) applying, at said maximal temperature of 1600°C, a gradually increasing axial pressure at a rate of from 5 to 10 MPa/min, up to a maximal pressure of between 50 and 100 MPa; and iii) maintaining said maximal temperature and said maximal pressure for 60 ± 10 minutes, followed by cooling to ambient temperature, wherein said MgO and Al 2 O 3 powders have an average grain size not greater than 5 μm. i) rapidly heating an equimolar mixture of MgO and Al 2 O 3 powders with an additive of LiF in an amount of 0.5 to 2 wt% of said equimolar mixture at a temperature-increase rate of from 70 to 200°C/min up to a maximal temperature of 1600°C, wherein the temperature is increased continuosly; ii) applying, at said maximal temperature of 1600°C, a gradually increasing axial pressure at a rate of from 5 to 10 MPa/min, up to a maximal pressure of between 50 and 100 MPa; and iii) maintaining said maximal temperature and said maximal pressure for 60 ± 10 minutes, followed by cooling to ambient temperature,
An axle assembly comprising: an axle housing having a flange that extends around and extends toward an axis; a brake housing fixedly disposed on the axle housing; a wheel bearing cage fixedly disposed on the brake housing, wherein the wheel bearing cage at least partially receives a planetary gear set that has a sun gear; and a brake assembly that is at least partially received in the brake housing, the brake assembly including: a disc pack that includes: a friction disc disposed on the sun gear that rotates with the sun gear about the axis; and a stationary disc disposed proximate the brake housing that does not rotate about the axis; and a piston that extends around the axis and is received in the brake housing between the disc pack and the planetary gear set; wherein rotation of the sun gear about the axis is inhibited when the piston urges the disc pack against the flange. an axle housing having a flange that extends around and extends toward an axis; a brake housing fixedly disposed on the axle housing; a wheel bearing cage fixedly disposed on the brake housing, wherein the wheel bearing cage at least partially receives a planetary gear set that has a sun gear; and a brake assembly that is at least partially received in the brake housing, the brake assembly including: a disc pack that includes: a friction disc disposed on the sun gear that rotates with the sun gear about the axis; and a stationary disc disposed proximate the brake housing that does not rotate about the axis; and a piston that extends around the axis and is received in the brake housing between the disc pack and the planetary gear set; a disc pack that includes: a friction disc disposed on the sun gear that rotates with the sun gear about the axis; and a stationary disc disposed proximate the brake housing that does not rotate about the axis; and a friction disc disposed on the sun gear that rotates with the sun gear about the axis; and a stationary disc disposed proximate the brake housing that does not rotate about the axis; and a piston that extends around the axis and is received in the brake housing between the disc pack and the planetary gear set; wherein rotation of the sun gear about the axis is inhibited when the piston urges the disc pack against the flange.
A method, comprising: independently determining, by a device in a frequency hopping communication network, a local unicast listening schedule for the device; discovering a neighbor unicast listening schedule for each of one or more neighbors (22, 33, 44) of the device in the network, each neighbor unicast listening schedule independently determined by the corresponding neighbor; synchronizing the device to a common broadcast schedule for the network that simultaneously overlays a configured portion of all unicast listening schedules in the network, wherein slot timing of broadcast slots in the common broadcast schedule is independent of slot timing of unicast slots in the local unicast listening schedule; operating in a receive mode according to the local unicast listening schedule and the common broadcast schedule during the overlaid configured portion; and operating in a transmit mode according to each neighbor unicast listening schedule and the common broadcast schedule during the overlaid configured portion depending upon a destination of transmitted traffic. independently determining, by a device in a frequency hopping communication network, a local unicast listening schedule for the device; discovering a neighbor unicast listening schedule for each of one or more neighbors (22, 33, 44) of the device in the network, each neighbor unicast listening schedule independently determined by the corresponding neighbor; synchronizing the device to a common broadcast schedule for the network that simultaneously overlays a configured portion of all unicast listening schedules in the network, wherein slot timing of broadcast slots in the common broadcast schedule is independent of slot timing of unicast slots in the local unicast listening schedule; operating in a receive mode according to the local unicast listening schedule and the common broadcast schedule during the overlaid configured portion; and operating in a transmit mode according to each neighbor unicast listening schedule and the common broadcast schedule during the overlaid configured portion depending upon a destination of transmitted traffic.
A container (100, 300) for packaging medical and/or pharmaceutical products wherein the container comprises: - a plastic container body comprising a side wall, a base and an opening defining a storage volume, - a cap comprising a lid portion configured to close the opening of the container body, a connecting element and a tamper-evident mechanism between the lid portion and the connecting element, wherein the container comprises a flange formed on the container body and configured to receive the connecting element of the cap so that the cap is vertically secured on the flange, the connecting element being made of a resilient material and exerting pressure on the flange when the cap is assembled on the container body, wherein the container comprises an active insert comprising an active material capable of acting on the atmosphere of the container's storage volume, placed within the container body, wherein the cap is configured to cooperate with the side wall of the container body so as to form an airtight seal, wherein the container has a permeability to moisture of less than 220 mg.mm/m 2.day at 40°C and 75% relative humidity. - a plastic container body comprising a side wall, a base and an opening defining a storage volume, - a cap comprising a lid portion configured to close the opening of the container body, a connecting element and a tamper-evident mechanism between the lid portion and the connecting element, wherein the container comprises a flange formed on the container body and configured to receive the connecting element of the cap so that the cap is vertically secured on the flange, the connecting element being made of a resilient material and exerting pressure on the flange when the cap is assembled on the container body, wherein the container comprises an active insert comprising an active material capable of acting on the atmosphere of the container's storage volume, placed within the container body, wherein the cap is configured to cooperate with the side wall of the container body so as to form an airtight seal, wherein the container has a permeability to moisture of less than 220 mg.mm/m 2.day at 40°C and 75% relative humidity.
A packaging made of cardboard, paper, or the like, comprising - a front wall and a rear wall, at least two side walls (22, 22', 22", 24, 24', 24") connecting each the front and rear walls (12, 14) for forming end faces (16, 18) of the packaging, wherein the packaging is formed in the shape of a prismatic body along a longitudinal axis, - a bottom design comprising at least one bottom flap (26, 28) hinged to the front or to the rear wall (12, 14) for closure of the packaging at the bottom face, - a lid design comprising at least one lid flap (32, 34) hinged to the front or to the rear wall (12, 14) for closure of the packaging at the lid face, wherein the bottom design and/or the lid design comprise(s) at least one dust flap hinged to a bottom face and/or lid face end of at least one end face side wall (22, 24), characterized in that the dust flap is designed such that in a closed position it rests at least in some portions on the side wall(s) (22', 22", 24', 24") to which it is not hinged and protrudes at least in portions beyond at least one side wall (22', 22", 24', 24"), on which it rests. - a front wall and a rear wall, at least two side walls (22, 22', 22", 24, 24', 24") connecting each the front and rear walls (12, 14) for forming end faces (16, 18) of the packaging, wherein the packaging is formed in the shape of a prismatic body along a longitudinal axis, - a bottom design comprising at least one bottom flap (26, 28) hinged to the front or to the rear wall (12, 14) for closure of the packaging at the bottom face, - a lid design comprising at least one lid flap (32, 34) hinged to the front or to the rear wall (12, 14) for closure of the packaging at the lid face,