mhurhangee/ep-ind-claims huggingface dataset:
A tape printing device comprising: an operating portion and a displaying portion that are disposed on a front surface of the tape printing device, wherein the tape printing device has a vertically long shape enabling handheld operation, and the operating portion and the displaying portion are disposed therein in a longitudinal direction; protruding portions that protrude from the front surface side in the operating portion and the displaying portion, wherein the protruding portions extend in a direction intersecting the longitudinal direction, and are provided in at least two positions among a tip end portion, an intermediate portion, and a base end portion of the tape printing device in the longitudinal direction; a cartridge mounting portion on which a tape cartridge is detachably mounted; an opening/closing lid that opens and closes the cartridge mounting portion, wherein the protruding portion in at least one arbitrary position also serves as a finger hooking portion for opening and closing the opening/closing lid; a tape discharging port which is connected to the cartridge mounting portion and through which the printed printing tape is fed out, wherein the tape discharging port is opened to one side surface of the device, characterized in that the tape discharging port is formed so that a printed surface of the fed printing tape faces the front side at the time of being handheld. an operating portion and a displaying portion that are disposed on a front surface of the tape printing device, wherein the tape printing device has a vertically long shape enabling handheld operation, and the operating portion and the displaying portion are disposed therein in a longitudinal direction; protruding portions that protrude from the front surface side in the operating portion and the displaying portion, wherein the protruding portions extend in a direction intersecting the longitudinal direction, and are provided in at least two positions among a tip end portion, an intermediate portion, and a base end portion of the tape printing device in the longitudinal direction; a cartridge mounting portion on which a tape cartridge is detachably mounted; an opening/closing lid that opens and closes the cartridge mounting portion, wherein the protruding portion in at least one arbitrary position also serves as a finger hooking portion for opening and closing the opening/closing lid; a tape discharging port which is connected to the cartridge mounting portion and through which the printed printing tape is fed out, wherein the tape discharging port is opened to one side surface of the device, characterized in that the tape discharging port is formed so that a printed surface of the fed printing tape faces the front side at the time of being handheld.
A method comprising: coupling a compute host to a memory device via an interconnect structure including one or more interconnect segments with a plurality of reconfigurable upstream lanes and downstream lanes, wherein an interconnect segment includes a link between a pair of interfaces; and performing memory reads and writes initiated by the host to read data from the memory device and write data to the memory device via the interconnect structure; characterized in that the method further comprises: for each of at least one of the one or more interconnect segments with a plurality of reconfigurable upstream lanes and downstream lanes, monitoring memory read and memory write traffic transferred via that interconnect segment; predicting, based on the monitored memory read and memory write traffic, expected read and write bandwidths for that interconnect segment; and dynamically reconfiguring the plurality of upstream lanes and downstream lanes for that interconnect segment based on the expected read and write bandwidths for that interconnect segment. coupling a compute host to a memory device via an interconnect structure including one or more interconnect segments with a plurality of reconfigurable upstream lanes and downstream lanes, wherein an interconnect segment includes a link between a pair of interfaces; and performing memory reads and writes initiated by the host to read data from the memory device and write data to the memory device via the interconnect structure; characterized in that the method further comprises: for each of at least one of the one or more interconnect segments with a plurality of reconfigurable upstream lanes and downstream lanes, monitoring memory read and memory write traffic transferred via that interconnect segment; predicting, based on the monitored memory read and memory write traffic, expected read and write bandwidths for that interconnect segment; and dynamically reconfiguring the plurality of upstream lanes and downstream lanes for that interconnect segment based on the expected read and write bandwidths for that interconnect segment. monitoring memory read and memory write traffic transferred via that interconnect segment; predicting, based on the monitored memory read and memory write traffic, expected read and write bandwidths for that interconnect segment; and dynamically reconfiguring the plurality of upstream lanes and downstream lanes for that interconnect segment based on the expected read and write bandwidths for that interconnect segment.
A vehicle LED lamp comprising: a terminal, a driver module and a LED light-emitting board that are electrically connected in sequence; the LED light-emitting board is cylindrical; one end of the driver module is embedded into the LED light-emitting board, and the other end of the driver module is embedded into the terminal; and the terminal is sleeved on one end of the LED light-emitting board and is in a positive or negative connection with a vehicle power supply, wherein, the terminal is provided with a housing, the housing covers the LED light-emitting board, and an insulating base is provided between the terminal and the LED light-emitting board, the housing is adhered to an opening of the terminal for fixing, and the terminal is cylindrical, limiting blocks are fixedly provided on both sides of the terminal, a power interface with a circular sheet shape is fixedly provided on one end of the terminal away from the housing, the power interface is fixedly connected to the terminal, and the power interface is electrically connected to the driver module. wherein, the terminal is provided with a housing, the housing covers the LED light-emitting board, and an insulating base is provided between the terminal and the LED light-emitting board, the housing is adhered to an opening of the terminal for fixing, and the terminal is cylindrical, limiting blocks are fixedly provided on both sides of the terminal, a power interface with a circular sheet shape is fixedly provided on one end of the terminal away from the housing, the power interface is fixedly connected to the terminal, and the power interface is electrically connected to the driver module.
Refrigeration and/or freezer device comprising a device body and a door assembly having a door element, wherein the edge portion of the door element is arranged on a frame profile, wherein, in the closed position, the door assembly is arranged on the device body by means of at least one sealing element, wherein, in the profile longitudinal direction, the frame profile comprises a base layer and at least one cover layer, connected therewith, on at least one side, wherein the base layer and the cover layer is produced from a polymer material, wherein, in the profile longitudinal direction, the cover layer has a greater wall thickness in at least one corner region of the frame profile than in a side region (61, 62), wherein, in the corner region of the frame profile, the base layer and/or the cover layer comprise at least one chamfer which is formed so as to be approximately at an obtuse angle with respect to at least one side region (61, 62), characterised in that the side regions (61, 62) of the frame profile adjoining the corner region of the frame profile have an equidistant wall thickness in the profile longitudinal direction, which wall thickness is smaller than that in the corner region.
Analysis apparatus that includes automated microplate handling apparatus, which automated microplate handling apparatus comprises: a) microplate carrying means upon which a microplate can be releasably secured; b) transport means operable to move the microplate carrying means in a transport plane in which the microplate carrying means is in a raised position, from one operational station (10, 12, 14) to another; c) tilting means operable to move the microplate carrying means • from a lowered position in which the microplate carrying means is in a horizontal plane • to the raised position in which at least a portion of the microplate remote from a hinge axis is tilted above the horizontal plane, wherein • the tilting means is operable to raise and lower the microplate carrying means by tilting it about the hinge axis, which axis extends • parallel to the transport plane and • parallel to a direction in which the microplate carrying means is moved between operational stations (10, 12, 14). a) microplate carrying means upon which a microplate can be releasably secured; b) transport means operable to move the microplate carrying means in a transport plane in which the microplate carrying means is in a raised position, from one operational station (10, 12, 14) to another; c) tilting means operable to move the microplate carrying means • from a lowered position in which the microplate carrying means is in a horizontal plane • to the raised position in which at least a portion of the microplate remote from a hinge axis is tilted above the horizontal plane, wherein • the tilting means is operable to raise and lower the microplate carrying means by tilting it about the hinge axis, which axis extends • parallel to the transport plane and • parallel to a direction in which the microplate carrying means is moved between operational stations (10, 12, 14). • from a lowered position in which the microplate carrying means is in a horizontal plane • to the raised position in which at least a portion of the microplate remote from a hinge axis is tilted above the horizontal plane, wherein • the tilting means is operable to raise and lower the microplate carrying means by tilting it about the hinge axis, which axis extends • parallel to the transport plane and • parallel to a direction in which the microplate carrying means is moved between operational stations (10, 12, 14).
A piezoelectric material, comprising: a perovskite type metal oxide having the following general formula; a first auxiliary component Mn; and a second auxiliary component Mg, wherein the amount b (mol) of Mn on a metal basis per mole of the perovskite type metal oxide is in the range of 0.0048 ≤ b ≤ 0.0400, and the Mg content on a metal basis per 100 parts by weight of the perovskite type metal oxide is 0.100 parts by weight or less, except 0 part by weight, (Ba 1-x Ca x) a (Ti 1-y-z Sn y Zr z)O 3 wherein x is in the range of 0.050 ≤ x ≤ 0.200, y is in the range of 0.010 ≤ y ≤ 0.040, and z is in the range of 0 ≤ z ≤ 0.040, provided that x ≥ 0.375(y + z) + 0.050, and a is in the range of 0.9925 + b ≤ a ≤ 1.0025 + b, provided that b is in the range of 0.0048 ≤ b ≤ 0.0400.
A method for detecting a location and operating state of an active surgical instrument, the active surgical instrument emitting at least one electromagnetic field in a switched-on operating state, comprising the following method steps: - positioning a first sensor for detecting the electromagnetic field emanating from the active surgical instrument in the active operating state thereof at a known location; - detecting by means of the first sensor the electromagnetic field emanating from the active surgical instrument in the active operating state thereof; - generating an output signal by the first sensor, the output signal indicating the detection by the first sensor of the electromagnetic field emanating from the active surgical instrument; and - establishing a location and operating state of the active surgical instrument on the basis of the output signal and the known location of the first sensor, and generating location data. characterized in that the position data of the active surgical instrument is detected by a position detection unit by means of an instrument sensor arranged at the active surgical instrument. - positioning a first sensor for detecting the electromagnetic field emanating from the active surgical instrument in the active operating state thereof at a known location; - detecting by means of the first sensor the electromagnetic field emanating from the active surgical instrument in the active operating state thereof; - generating an output signal by the first sensor, the output signal indicating the detection by the first sensor of the electromagnetic field emanating from the active surgical instrument; and - establishing a location and operating state of the active surgical instrument on the basis of the output signal and the known location of the first sensor, and generating location data.
A polypropylene composition comprising a terpolymer containing propylene, ethylene and 1-hexene, wherein the polypropylene composition (i) has a content of ethylene derived units of at least 1.5 wt%; (ii) has a content of 1-hexene derived units of at least 1.5 wt%; (iii) has a melt flow rate of 0.10 to 0.70 g/10 min determined by ISO 1133-1:2011 (230°C, 2.16 kg); and (iv) has a ratio of weight average molecular weight (Mw) to numeric average molecular (Mn) weight of the terpolymer of 7.0 to 20.0, wherein Mw and Mn are measured according to ASTM D6474-12. (i) has a content of ethylene derived units of at least 1.5 wt%; (ii) has a content of 1-hexene derived units of at least 1.5 wt%; (iii) has a melt flow rate of 0.10 to 0.70 g/10 min determined by ISO 1133-1:2011 (230°C, 2.16 kg); and (iv) has a ratio of weight average molecular weight (Mw) to numeric average molecular (Mn) weight of the terpolymer of 7.0 to 20.0, wherein Mw and Mn are measured according to ASTM D6474-12.
A packaged infusion set, comprising: a sealable tray for receiving and containing elements of an infusion set; a set (314, 350, 352, 404, 576), comprising a skin contacting surface and a catheter extending therefrom; an inserter (100, 582, 700), configured to secure said set for placement at an insertion site; and a tube (358, 406, 478), comprising at least one length of tubing for communicating a medicament from a medicament supply to said set; said medicament supply for providing said medicament to said set; and characterized in that said packaged infusion set further comprises: a placement assistance element (525, 526) for guiding said inserter and set to an insertion site, said placement assistance element including an adhesive for adhering to a skin surface. a sealable tray for receiving and containing elements of an infusion set; a set (314, 350, 352, 404, 576), comprising a skin contacting surface and a catheter extending therefrom; an inserter (100, 582, 700), configured to secure said set for placement at an insertion site; and a tube (358, 406, 478), comprising at least one length of tubing for communicating a medicament from a medicament supply to said set; said medicament supply for providing said medicament to said set; and characterized in that said packaged infusion set further comprises: a placement assistance element (525, 526) for guiding said inserter and set to an insertion site, said placement assistance element including an adhesive for adhering to a skin surface.
A method for increasing the optical power of a solid state light source with a phosphor layer in the green and/or yellow bands for improved fluorescence microscopy comprising the steps of: providing an integrating cone comprising an input opening, an output opening, and a reflective interior surface formed between the input opening and the output opening; receiving substantially blue light from a large area solid state lighting device into the input opening; receiving substantially green and/or yellow light from the phosphor layer into the input opening; emitting a first portion of received blue light directly through the output opening; reflecting and scattering with the reflector interior surface a second portion of the received blue light back to the phosphor layer; converting, with the phosphor layer, at least some of the second portion of the reflected and scattered blue light to green and/or yellow light; and emitting the received and the converted green and/or yellow light through the output opening. providing an integrating cone comprising an input opening, an output opening, and a reflective interior surface formed between the input opening and the output opening; receiving substantially blue light from a large area solid state lighting device into the input opening; receiving substantially green and/or yellow light from the phosphor layer into the input opening; emitting a first portion of received blue light directly through the output opening; reflecting and scattering with the reflector interior surface a second portion of the received blue light back to the phosphor layer; converting, with the phosphor layer, at least some of the second portion of the reflected and scattered blue light to green and/or yellow light; and emitting the received and the converted green and/or yellow light through the output opening.
A capacitor unit with staggered-layer structure, for a capacitor array comprising a plurality of capacitor units in which one and another of the plurality capacitor units are seamlessly connected side by side, characterized by comprising: a plurality of odd layers, wherein each of the plurality of odd layers is formed with a first slot, and not adjacent to another one of the plurality of odd layers; a first via formed in the first slot; a plurality of first connecting portion corresponding to the plurality of odd layers, formed in the first slot, and configured to connect the first via and the plurality of odd layers; a plurality of even layers, wherein each of the plurality of even layers is formed with a second slot, and not adjacent to another one of the plurality of even layers; a second via formed in the second slot; and a plurality of second connecting portion corresponding to the plurality of even layers, formed in the second slot, and configured to connect the second via and the plurality of even layers; wherein one of the plurality of odd layers is adjacent to one of the plurality of even layers to form a staggered-layer structure. a plurality of odd layers, wherein each of the plurality of odd layers is formed with a first slot, and not adjacent to another one of the plurality of odd layers; a first via formed in the first slot; a plurality of first connecting portion corresponding to the plurality of odd layers, formed in the first slot, and configured to connect the first via and the plurality of odd layers; a plurality of even layers, wherein each of the plurality of even layers is formed with a second slot, and not adjacent to another one of the plurality of even layers; a second via formed in the second slot; and a plurality of second connecting portion corresponding to the plurality of even layers, formed in the second slot, and configured to connect the second via and the plurality of even layers; wherein one of the plurality of odd layers is adjacent to one of the plurality of even layers to form a staggered-layer structure.
Wound therapy device (20, 40, 50, 60) for the treatment of wounds by means of negative pressure and fluid irrigation, comprising i. a negative-pressure dressing with a fluid-tight cover, such that a wound space can be formed between the cover and the wound base, ii. a pressure sensor means, which can generate pressure measurement values, wherein the pressure sensor means is in fluidic communication with the wound space, iii. a drainage container for collecting liquid, iv. a drainage line by means of which liquid can be conveyed from the wound space into the drainage container, v. a first pump unit for aspirating liquid from the wound space via the drainage line, wherein the first pump unit is connected in a fluid-conducting manner to the drainage container, vi. an instillation container for making available an instillation fluid, vii. an instillation line by means of which instillation fluid can be delivered from the instillation container into the wound space, viii. a means for delivering an instillation fluid from the instillation container into the wound space, ix. a control means, wherein the control means can receive pressure measurement values from the pressure sensor means, characterized in that x. when a predefined upper negative-pressure threshold value is reached in the wound space, the control means can output a signal to switch off the first pump unit, and xi. when a predefined lower negative-pressure threshold value is reached in the wound space, the control means can output a signal to interrupt the delivery of the instillation fluid. i. a negative-pressure dressing with a fluid-tight cover, such that a wound space can be formed between the cover and the wound base, ii. a pressure sensor means, which can generate pressure measurement values, wherein the pressure sensor means is in fluidic communication with the wound space, iii. a drainage container for collecting liquid, iv. a drainage line by means of which liquid can be conveyed from the wound space into the drainage container, v. a first pump unit for aspirating liquid from the wound space via the drainage line, wherein the first pump unit is connected in a fluid-conducting manner to the drainage container, vi. an instillation container for making available an instillation fluid, vii. an instillation line by means of which instillation fluid can be delivered from the instillation container into the wound space, viii. a means for delivering an instillation fluid from the instillation container into the wound space, ix. a control means, wherein the control means can receive pressure measurement values from the pressure sensor means, x. when a predefined upper negative-pressure threshold value is reached in the wound space, the control means can output a signal to switch off the first pump unit, and xi. when a predefined lower negative-pressure threshold value is reached in the wound space, the control means can output a signal to interrupt the delivery of the instillation fluid.
An integrated Coriolis mass flow meter, comprising: a flow sensitive member, the flow sensitive member having two tubular legs; and characterized by: a support over-molded over the tubular legs of the flow sensitive member, wherein each of the tubular legs extends through the support, the support clamping each of the tubular legs. a flow sensitive member, the flow sensitive member having two tubular legs; and characterized by: a support over-molded over the tubular legs of the flow sensitive member, wherein each of the tubular legs extends through the support, the support clamping each of the tubular legs. a support over-molded over the tubular legs of the flow sensitive member, wherein each of the tubular legs extends through the support, the support clamping each of the tubular legs.
Automatic ice maker with an installation frame (15; 17, 18) and an ice tray, which is retained in the installation frame (15; 18, 18) such that it can be pivoted between a freezing position and an output position by way of two bearings, and at least one of the bearings has a bearing body (20; 61), which can be detached from the installation frame (15; 17, 18) and from the ice tray in the same direction, and the direction is parallel to the axis of rotation of the ice tray, characterised in that an opening is formed in a flank of the frame (15; 17, 18), in which the bearing body is accommodated such that it can be removed in the direction parallel to the axis.