mhurhangee/ep-ind-claims huggingface dataset:
Tool or workpiece receptacle with a receiving body and a clamping device for clamping a tool or a workpiece in a receiving opening of the receiving body, wherein the clamping device comprises a first clamping element displaceable in a receptacle of the receiving body transversely to a central axis of the receiving opening and a second clamping element displaceable by means of an operating element relative to the first clamping element transversely to the central axis of the receiving opening and having conical lower clamping surfaces (27, 28) on the two clamping elements (20, 21) for drawing the tool or workpiece into the receiving opening and wherein an ejection device (44, 45) is arranged on the first clamping element for ejecting the tool or workpiece from the receiving opening when the clamping elements (20, 21) are moved into a release position, and the ejection device (44, 45) comprises ejection elements arranged on the underside of the first clamping element and having a conical upper ejection surface, characterized in that the conical lower clamping surface of the first clamping element is arranged on one side of an opening in the first clamping element and the ejection elements are arranged on the first clamping element on the opposite other side of the opening.
A pump assembly (230, 900) for applying negative pressure to a wound, the pump assembly comprising: a housing; a negative pressure source configured to provide negative pressure via a fluid flow path to a wound dressing; a canister positioned in the fluid flow path and configured to collect fluid removed from the wound dressing; an antenna including an antenna board supported by the housing and configured to wirelessly communicate with an electronic device, the antenna being positioned proximate to the canister and oriented in the housing to face downward toward the floor or a surface on which the pump assembly is positioned when the negative pressure source is providing negative pressure; one or more controllers configured to: activate and deactivate the negative pressure source, and transmit first data to the electronic device using the antenna or receive second data from the electronic device using the antenna; and characterized in that the antenna is positioned so that the antenna is not planar with a bulk head of the pump assembly and wherein the canister is configured to provide electromagnetic shielding to the antenna. a housing; a negative pressure source configured to provide negative pressure via a fluid flow path to a wound dressing; a canister positioned in the fluid flow path and configured to collect fluid removed from the wound dressing; an antenna including an antenna board supported by the housing and configured to wirelessly communicate with an electronic device, the antenna being positioned proximate to the canister and oriented in the housing to face downward toward the floor or a surface on which the pump assembly is positioned when the negative pressure source is providing negative pressure; one or more controllers configured to: activate and deactivate the negative pressure source, and transmit first data to the electronic device using the antenna or receive second data from the electronic device using the antenna; and characterized in that the antenna is positioned so that the antenna is not planar with a bulk head of the pump assembly and wherein the canister is configured to provide electromagnetic shielding to the antenna. activate and deactivate the negative pressure source, and transmit first data to the electronic device using the antenna or receive second data from the electronic device using the antenna; and characterized in that the antenna is positioned so that the antenna is not planar with a bulk head of the pump assembly and wherein the canister is configured to provide electromagnetic shielding to the antenna.
Device for holding drinking straws, constructed from a base frame and a cover element connected at least indirectly to the same, wherein: - the base frame has a lower holding grid with a plurality of lower receptacles provided for holding one drinking straw respectively, - the cover element has an upper holding grid with upper receptacles, positioned according to the arrangement of the lower receptacles and designed to be mirror-symmetrical to the same, - a middle holding grid is present with a plurality of middle receptacles in alignment with the lower receptacles and with the upper receptacles, - side parts (9, 11) connect to the lower holding grid and to the upper holding grid and which respectively conclude in the form of a connecting frame provided for connecting to the middle holding grid, - connecting means are present for detachably fastening the connecting frame to the middle holding grid, - the middle holding grid is designed as a separate middle part, detachable both from the base frame and also from the cover element via a latching connection, - the base frame and the cover element are identically shaped, - latching elements, which are provided for interacting with counter-contours, arranged on the edge of the middle holding grid and offset with respect to one another in the longitudinal direction of the edge, are formed as one piece with the base frame and the cover element respectively. - the base frame has a lower holding grid with a plurality of lower receptacles provided for holding one drinking straw respectively, - the cover element has an upper holding grid with upper receptacles, positioned according to the arrangement of the lower receptacles and designed to be mirror-symmetrical to the same, - a middle holding grid is present with a plurality of middle receptacles in alignment with the lower receptacles and with the upper receptacles, - side parts (9, 11) connect to the lower holding grid and to the upper holding grid and which respectively conclude in the form of a connecting frame provided for connecting to the middle holding grid, - connecting means are present for detachably fastening the connecting frame to the middle holding grid, - the middle holding grid is designed as a separate middle part, detachable both from the base frame and also from the cover element via a latching connection, - the base frame and the cover element are identically shaped, - latching elements, which are provided for interacting with counter-contours, arranged on the edge of the middle holding grid and offset with respect to one another in the longitudinal direction of the edge, are formed as one piece with the base frame and the cover element respectively.
Container for an electrical or optical conductor comprising: an insulation which is produced from an insulator which is filled with an intumescent flame-retardant means and which can be fitted to the conductor so as to at least partially surround it, an outer casing which is produced from a gas-permeable, heat-resistant material and which surrounds the insulation in such a manner that the function of the insulation is maintained for a specific period of time in the event of a fire, wherein the outer casing contains quartz and/or basalt and is a part separate from the insulation, and wherein the insulation and the outer casing are the only parts of the container. an insulation which is produced from an insulator which is filled with an intumescent flame-retardant means and which can be fitted to the conductor so as to at least partially surround it, an outer casing which is produced from a gas-permeable, heat-resistant material and which surrounds the insulation in such a manner that the function of the insulation is maintained for a specific period of time in the event of a fire, wherein the outer casing contains quartz and/or basalt and is a part separate from the insulation, and wherein the insulation and the outer casing are the only parts of the container.
A method for predicting a near future path for a vehicle to thereby provide an associated output control signal, the method comprising: - collecting vehicle driving data indicative of at least the velocity and the yaw rate of the vehicle, - collecting sensor data indicative of the presence of objects (5, 9, 13, 17) in the vicinity of the vehicle, - collecting road data indicative of a roadway on the presently occupied road for the vehicle, - receiving an input control signal indicative of an intended driving action for the vehicle, - pre-processing the sensor data and the vehicle driving data to provide a set of object data comprising a time series of previous positions of the respective object relative the vehicle, a time series of the previous headings of the objects, and time series of previous velocities of each of the objects relative the vehicle, - processing the object data, the road data, the vehicle driving data, the control signal, and the sensor data in a deep neural network to predict the near future path for the vehicle, - based on the processing in the deep neural network, providing a predicted path output and an output control signal for executing a driving action according to the predicted path. - collecting vehicle driving data indicative of at least the velocity and the yaw rate of the vehicle, - collecting sensor data indicative of the presence of objects (5, 9, 13, 17) in the vicinity of the vehicle, - collecting road data indicative of a roadway on the presently occupied road for the vehicle, - receiving an input control signal indicative of an intended driving action for the vehicle, - pre-processing the sensor data and the vehicle driving data to provide a set of object data comprising a time series of previous positions of the respective object relative the vehicle, a time series of the previous headings of the objects, and time series of previous velocities of each of the objects relative the vehicle, - processing the object data, the road data, the vehicle driving data, the control signal, and the sensor data in a deep neural network to predict the near future path for the vehicle, - based on the processing in the deep neural network, providing a predicted path output and an output control signal for executing a driving action according to the predicted path.
A manufacturing method to form a memory device, comprising: forming a dielectric layer adjacent to a magnetic stack; forming an opening in the dielectric layer; forming a spacer adjacent to a sidewall of the opening, wherein forming the spacer is carried out such that the spacer partially fills the opening to reduce a lateral extent of the opening; applying a hard mask material adjacent to the dielectric layer to form a pillar disposed in the opening of the dielectric layer, wherein applying the hard mask material is carried out subsequent to forming the spacer, and wherein the hard mask material is electrically conductive; removing the spacer; and using the pillar as a hard mask, patterning the magnetic stack to form a magnetic random access memory (MRAM) cell, such that a circumferential sidewall of the MRAM cell is substantially aligned with a circumferential sidewall of the pillar. forming a dielectric layer adjacent to a magnetic stack; forming an opening in the dielectric layer; forming a spacer adjacent to a sidewall of the opening, wherein forming the spacer is carried out such that the spacer partially fills the opening to reduce a lateral extent of the opening; applying a hard mask material adjacent to the dielectric layer to form a pillar disposed in the opening of the dielectric layer, wherein applying the hard mask material is carried out subsequent to forming the spacer, and wherein the hard mask material is electrically conductive; removing the spacer; and using the pillar as a hard mask, patterning the magnetic stack to form a magnetic random access memory (MRAM) cell, such that a circumferential sidewall of the MRAM cell is substantially aligned with a circumferential sidewall of the pillar.
Annular friction lining for a dry clutch, comprising radially inner and outer edges (2, 3) and a friction face in which there are created first grooves extending from the radially inner edge to the radially outer edge, the friction face further comprising at least one second, annular groove intersecting the first grooves, the first and second grooves (6, 8) delimiting blocks between them and having bottom surfaces and lateral surfaces, said lining being characterized in that the ratio between the sum of the inner surfaces of the first and second grooves and the sum of the friction surfaces of the blocks is between 0.5 and 1, the sum of the inner surfaces of the first and second grooves (6, 8) being equal to the sum of the bottom surfaces and lateral surfaces of the said first and second grooves (6, 8).
A line-of-sight coating fixture (10, 110A-C) adapted for securing a plurality of workpieces (50A-C), wherein the plurality of workpieces (50A-C) includes a plurality of rotor blades, the line of sight fixture (10, 110A-C) comprising: a support structure including a plurality of compartments (20A-C) disposed below a platter, each compartment (20A-C) having an opening (30A-C) on a periphery of the support structure, and each compartment (20A-C) adapted to receive and secure a base of a workpiece (50A-C) such that a body of each workpiece (50A-C) to be coated is disposed about a periphery of the support structure and extends above the platter; a spindle disposed through a center of the platter or support structure for rotating the workpieces (50A-C) thereabout; and a shadow structure disposed about the spindle, inside of the periphery, the shadow structure sized and adapted to shield a portion of each workpiece (50A-C) from line-of-sight coating material; characterised in that: the shadow structure includes a plurality of shadow bars (26A-C) including a plurality of shadow walls defining a recess for separately covering each trailing edge of a plurality of airfoils of the plurality of rotor blades. a support structure including a plurality of compartments (20A-C) disposed below a platter, each compartment (20A-C) having an opening (30A-C) on a periphery of the support structure, and each compartment (20A-C) adapted to receive and secure a base of a workpiece (50A-C) such that a body of each workpiece (50A-C) to be coated is disposed about a periphery of the support structure and extends above the platter; a spindle disposed through a center of the platter or support structure for rotating the workpieces (50A-C) thereabout; and a shadow structure disposed about the spindle, inside of the periphery, the shadow structure sized and adapted to shield a portion of each workpiece (50A-C) from line-of-sight coating material; characterised in that: the shadow structure includes a plurality of shadow bars (26A-C) including a plurality of shadow walls defining a recess for separately covering each trailing edge of a plurality of airfoils of the plurality of rotor blades.
A medical device with antiseptic action, configured as a self-supporting film consisting of a water-soluble alginate matrix in which povidone iodine is dispersed, as an antiseptic agent, and a plasticizer, characterized in that said water-soluble alginate is present in an amount of 55% to 80% by weight and said povidone iodine is present in an amount of 45% to 20% by weight, wherein the amount percentages are relative to a total amount of said alginate and povidone-iodine, and wherein said plasticizer is present in an amount of 20% to 35% by weight relative to the total amount of said alginate and povidone-iodine.
A built-in machine for dispensing hot beverages, such as coffee or tea, or steam, having a supporting structure with a base, a top part, a bottom part, side and rear parts, and a front part (3") provided with a fixed slit for introducing the pods of the beverage to be dispensed and having an open compartment delimited at the bottom by a first drawer for collecting spilled liquids and at the rear by a vertical wall of a second drawer for collecting used pods, which forms the vertical back wall of the open compartment; said machine further comprising: a pod-holding unit with a pod-holding shell in turn positioned opposite the slit and provided with a pod-expulsion device located above the second drawer; at least one heat exchanger located above the pod-holding unit ' said heat exchanger co-operating with the pod-holding shell; water and electric power supply connections (100, 101) located in the rear part for connection to a corresponding water connector and an electric power supply connector arranged on the short side of the "L" of an L-shaped rail device having on its long side fixing systems for built-in mounting and a hole for receiving the pin of a device for performing fixing to said rail, positioned on the base, behind the second drawer, wherein the heat exchanger comprises a water inlet and a water outlet and an elongated body provided with a casing internally housing a heating element provided with helical grooves for passage of the water and centrally with a longitudinal cavity which houses a resistance, passage of the water being sealed between the grooves and the inner wall of the casing by means of closing parts,wherein the inlet of the heat exchanger is provided with a three way electrovalve having a water discharge outlet and wherein the outlet of the heat exchanger is provided with a compressor joined to a part for connecting to the pod-holding shell.
Support device for a skin treatment assembly suitable for maintaining skin treatment machine applicators at a given position when in use, the support device comprising an arm structure and a connecting member for mounting the support device on an appropriate place, wherein the connecting member is associated with the arm structure, and at least one hose connector (50, 60) associated with said arm structure, and wherein the arm structure comprises a first end pivotally mounted on the connecting member and a second end adapted for pivotally receiving a respective end of a carrying structure adapted for receiving the hose connector (50, 60) such that the arm structure is pivotable around respective horizontal axes (X, Y) at said first and second ends (A, B) thereof, characterized in that it further comprises outlet hoses (96, 97) of a semirigid nature, received in the hose connector (50, 60), for conducting pressurized air to respective applicators.
An operating method of a control unit of an electromechanical actuator for maneuvering a moving screen, the control unit comprising a means for determining a risk index related to the maneuvering of the screen, the method comprising a first operating mode, called alert mode and at least defined by a condition on the risk index, characterized in that the control unit also comprises a means for emitting an alert signal, and in that, in the first operating mode, a movement command order of the actuator leads to a reaction by the control unit by providing an alert signal via the emitting means, signifying that the movement command order must be confirmed by the user to be executed by the actuator.
A phenol resin foamed plate comprising: hydrocarbon and/or chlorinated aliphatic hydrocarbon, wherein an average cell diameter is in a range of 5μm or more and 200μm or less, a void area ratio is 5% or less in a cross section thereof, a density is 15 kg/m 3 or more and 26 kg/m 3 or less, and when compression is made by a 10% displacement in a direction perpendicular to a thickness direction thereof, a recovery rate 1 minute after release of the compression is 96.0% or more and 98.5% or less and a degree of change in recovery rates C is 0.030%/hr or more and 0.060%/hr or less. hydrocarbon and/or chlorinated aliphatic hydrocarbon, wherein an average cell diameter is in a range of 5μm or more and 200μm or less, a void area ratio is 5% or less in a cross section thereof, a density is 15 kg/m 3 or more and 26 kg/m 3 or less, and when compression is made by a 10% displacement in a direction perpendicular to a thickness direction thereof, a recovery rate 1 minute after release of the compression is 96.0% or more and 98.5% or less and a degree of change in recovery rates C is 0.030%/hr or more and 0.060%/hr or less.
A device for creating a numerical control program for a machine tool, comprising: a storage unit that stores a standard code (M03, M06, M10) that performs a prescribed operation and that is restricted from being executed simultaneously with an operation of moving a feed mechanism in a non-cutting state, and a simultaneous execution code (M103, M805, M110) that corresponds to the standard code (M03, M06, M10), that performs part of the operation of the standard code, and that is allowed to be executed simultaneously with the operation of moving the feed mechanism in the non-cutting state; a determination unit that determines if there is in the numerical control program the standard code (M03, M06, M10) before or after a non-cutting feed code that starts the operation of moving the feed mechanism in the non-cutting state and that verifies that the feed mechanism has reached a command position; and, a new code placement unit that places, instead of the standard code (M03, M06, M10), the simultaneous execution code (M103, M805, M110) corresponding to the standard code (M03, M06, M10) before the non-cutting feed code, and places after the non-cutting feed code a code that performs at least the prescribed operation of the standard code other than the operation of the simultaneous execution code, if it is determined by the determination unit that there is the standard code. a storage unit that stores a standard code (M03, M06, M10) that performs a prescribed operation and that is restricted from being executed simultaneously with an operation of moving a feed mechanism in a non-cutting state, and a simultaneous execution code (M103, M805, M110) that corresponds to the standard code (M03, M06, M10), that performs part of the operation of the standard code, and that is allowed to be executed simultaneously with the operation of moving the feed mechanism in the non-cutting state; a determination unit that determines if there is in the numerical control program the standard code (M03, M06, M10) before or after a non-cutting feed code that starts the operation of moving the feed mechanism in the non-cutting state and that verifies that the feed mechanism has reached a command position; and, a new code placement unit that places, instead of the standard code (M03, M06, M10), the simultaneous execution code (M103, M805, M110) corresponding to the standard code (M03, M06, M10) before the non-cutting feed code, and places after the non-cutting feed code a code that performs at least the prescribed operation of the standard code other than the operation of the simultaneous execution code, if it is determined by the determination unit that there is the standard code.
Housing, more particularly for high-voltage components, having an elongate, metallic housing base and having two end walls (3, 4), characterized in that the housing base comprises a closed hollow profiled element (6, 60) with four profiled-element side walls (6.1, 6.2, 6.3, 6.4) and with two open profiled-element end faces (6.5, 6.6), and in that the end walls (3, 4), which are produced from a sheet metal, close the open profiled-element end faces (6.5, 6. 6) of the hollow profiled element (6, 60) and are fixedly connected to the hollow profiled element (6, 60), for which purpose the end walls (3, 4) each have a trough-shaped portion (3.1, 4.1) with a trough side wall (3.4, 4.4) and a respective end portion (3.2, 4.2), which end portion (3.2, 4. 2), together with the trough side wall (3.4, 4.4) of the trough-shaped portion (3.1, 4.1), forms an externally circumferential and, more particularly U-shaped, socket (7.1, 7.2), into which the hollow profiled element (6, 60) projects while bearing against the respective end wall (3, 4), more particularly against the trough side wall (3.4, 4.4).