mhurhangee/ep-ind-claims huggingface dataset:
A catheter housing device configured for placement on a patient at a catheter insertion site, the catheter housing device comprising: a housing configured to surround and enclose the catheter insertion site, wherein the housing comprises: a hub component comprising a membrane configured to contact skin of the patient near the catheter insertion site and a main body extending outward from the membrane and around the catheter insertion site when the catheter housing device is placed on the patient at the catheter insertion site, wherein the membrane is coupled to the main body and wherein the membrane comprises an opening configured to be positioned over the catheter insertion site; and a cover configured to secure to the hub component to enclose the catheter insertion site; and a catheter lock component configured to retain at least a portion of a catheter device when the catheter device is connected to an intravenous catheter to reduce movement of the intravenous catheter when the intravenous catheter is inserted into the patient at the catheter insertion site; wherein the catheter lock component is positioned between the catheter device and the cover when the catheter housing device is in use. a housing configured to surround and enclose the catheter insertion site, wherein the housing comprises: a hub component comprising a membrane configured to contact skin of the patient near the catheter insertion site and a main body extending outward from the membrane and around the catheter insertion site when the catheter housing device is placed on the patient at the catheter insertion site, wherein the membrane is coupled to the main body and wherein the membrane comprises an opening configured to be positioned over the catheter insertion site; and a cover configured to secure to the hub component to enclose the catheter insertion site; and a hub component comprising a membrane configured to contact skin of the patient near the catheter insertion site and a main body extending outward from the membrane and around the catheter insertion site when the catheter housing device is placed on the patient at the catheter insertion site, wherein the membrane is coupled to the main body and wherein the membrane comprises an opening configured to be positioned over the catheter insertion site; and a cover configured to secure to the hub component to enclose the catheter insertion site; and a catheter lock component configured to retain at least a portion of a catheter device when the catheter device is connected to an intravenous catheter to reduce movement of the intravenous catheter when the intravenous catheter is inserted into the patient at the catheter insertion site; wherein the catheter lock component is positioned between the catheter device and the cover when the catheter housing device is in use.
An indoor unit for an air conditioner, the indoor unit comprising: a case having at least one suction part (102, 103, 104); a heat exchanger disposed at a side of the suction part; a fan rotatably disposed at a discharge side of the heat exchanger; a front panel coupled to a front portion of the case, the front panel comprising an opening formed therein, the opening including a discharge part; a discharge panel disposed within the opening; and a guide device (140, 150) disposed to surround the fan and having a curved surface for guiding air discharged from the fan to the discharge part, characerised in that the fan is configured to suction air in a rotation axis direction to discharge the air in a radial direction thereof, and wherein the guide device (140, 150) comprises: a first guide device comprising a second suction hole for suctioning air into the fan and a bell mouth protruding along an edge of the second suction hole; and a second guide device coupled to the first guide device, the second guide device including: a first opening communicating with the second suction hole; a curved surface extending from the first opening; and a ruled surface extending from the curved surface toward the discharge part, the ruled surface having a flat surface. a case having at least one suction part (102, 103, 104); a heat exchanger disposed at a side of the suction part; a fan rotatably disposed at a discharge side of the heat exchanger; a front panel coupled to a front portion of the case, the front panel comprising an opening formed therein, the opening including a discharge part; a discharge panel disposed within the opening; and a guide device (140, 150) disposed to surround the fan and having a curved surface for guiding air discharged from the fan to the discharge part, characerised in that the fan is configured to suction air in a rotation axis direction to discharge the air in a radial direction thereof, and wherein the guide device (140, 150) comprises: a first guide device comprising a second suction hole for suctioning air into the fan and a bell mouth protruding along an edge of the second suction hole; and a second guide device coupled to the first guide device, the second guide device including: a first opening communicating with the second suction hole; a curved surface extending from the first opening; and a ruled surface extending from the curved surface toward the discharge part, the ruled surface having a flat surface. a first guide device comprising a second suction hole for suctioning air into the fan and a bell mouth protruding along an edge of the second suction hole; and a second guide device coupled to the first guide device, the second guide device including: a first opening communicating with the second suction hole; a curved surface extending from the first opening; and a ruled surface extending from the curved surface toward the discharge part, the ruled surface having a flat surface.
A battery pack, comprising: a plurality of battery modules having a plurality of stacked battery cells and a casing member surrounding the plurality of battery cells, a connection member configured to connect the plurality of battery modules to each other, wherein the plurality of battery modules connected by the connection member are arranged in a single layer, wherein the plurality of battery modules are arranged to have at least one column or at least one row, wherein the casing member includes: an upper casing disposed at an upper portion of the battery cells; and side casings disposed at side surfaces of the battery cells and coupled to the upper casing, wherein an opening having a preset size is formed in at least one of the side casings, and the connection member is coupled to the opening of the side casing, and wherein the connection member is fixed to the side casing by means of a screwing structure. a plurality of battery modules having a plurality of stacked battery cells and a casing member surrounding the plurality of battery cells, a connection member configured to connect the plurality of battery modules to each other, wherein the plurality of battery modules connected by the connection member are arranged in a single layer, wherein the plurality of battery modules are arranged to have at least one column or at least one row, wherein the casing member includes: an upper casing disposed at an upper portion of the battery cells; and side casings disposed at side surfaces of the battery cells and coupled to the upper casing, wherein an opening having a preset size is formed in at least one of the side casings, and the connection member is coupled to the opening of the side casing, and wherein the connection member is fixed to the side casing by means of a screwing structure. an upper casing disposed at an upper portion of the battery cells; and side casings disposed at side surfaces of the battery cells and coupled to the upper casing, wherein an opening having a preset size is formed in at least one of the side casings, and the connection member is coupled to the opening of the side casing, and wherein the connection member is fixed to the side casing by means of a screwing structure.
A filter sub-assembly comprising: a rotary vessel having a rotor body and a closure member to close an opening of the rotor body; and a liner receivable within the rotor body to line an inner surface thereof and fluidly sealable to the closure member, wherein the liner is fluidly sealable to the closure member by a centrifugal force directed radially outwardly from an axis of rotation about which the rotary vessel is rotatable, wherein the closure member comprises a radially inwardly facing sealing surface, relative to the axis of rotation, against which the liner is fluidly sealable by the centrifugal force, wherein the liner comprises a radially outwardly facing sealing surface, relative to the axis of rotation, which is fluidly sealable against the closure member by the centrifugal force, wherein the liner comprises a wall extending between opposing first and second ends (42, 44) of the liner, the wall having an edge region proximate the first end that provides the radially outwardly facing sealing surface. a rotary vessel having a rotor body and a closure member to close an opening of the rotor body; and a liner receivable within the rotor body to line an inner surface thereof and fluidly sealable to the closure member, wherein the liner is fluidly sealable to the closure member by a centrifugal force directed radially outwardly from an axis of rotation about which the rotary vessel is rotatable, wherein the closure member comprises a radially inwardly facing sealing surface, relative to the axis of rotation, against which the liner is fluidly sealable by the centrifugal force, wherein the liner comprises a radially outwardly facing sealing surface, relative to the axis of rotation, which is fluidly sealable against the closure member by the centrifugal force, wherein the liner comprises a wall extending between opposing first and second ends (42, 44) of the liner, the wall having an edge region proximate the first end that provides the radially outwardly facing sealing surface.
Heat-sensitive recording material comprising i) a supporting substrate and ii) a heat-sensitive recording layer, where the heat-sensitive recording layer comprises a colour former and a colour developer mixture, and the colour developer mixture comprises a) a compound of the formula where the compound of the formula is in a crystalline form having an absorption band at 3401 ± 20 cm -1 in the IR spectrum, and b) a compound of the formula i) a supporting substrate and ii) a heat-sensitive recording layer, a) a compound of the formula where the compound of the formula is in a crystalline form having an absorption band at 3401 ± 20 cm -1 in the IR spectrum, and b) a compound of the formula
A fuel injection system for an internal combustion piston engine comprising a fuel source (134,234), in which fuel injection system a fuel admission port (121,221) arranged to deliver the fuel to be combusted in the internal combustion piston engine in intermittent manner, is arranged in connection with the fuel source, and which fuel injection system further comprises at least one fluid flow control device arranged to control the flow of fuel into the fuel admission port (121,221), and which at least one fluid flow control device comprises at least two parallel valve units (22.1... 22.N) each having two operational positions, characterized in that the at least one fluid flow control device comprises more than two parallel valve units (22.1... 22.N), and the valve units are arranged to be set into one of their two operational positions in at least two phases thus providing a rate shaping function of the injection.
Distance measuring apparatus having an evaluation unit for the determination of the position of an electron beam, wherein the distance measuring apparatus has at least two coupling probes for coupling out a measurement signal based on an electromagnetic wave that is generated by the electron beam, wherein the evaluation unit is configured to evaluate a frequency range of the coupled-out electromagnetic wave, which frequency range has a central frequency that corresponds to a multiple of the frequency of the electromagnetic wave that is input into the linear accelerator by the radio-frequency generator for generating the acceleration field in order to increase the incidence accuracy of the electron beam on a photon target, characterized in that the coupling-out of the measurement signal takes place based on the electromagnetic wave within the acceleration tube of an electron linear accelerator with cavity resonators, specifically within a drift tube which serves as the through-guidance section of the electron beam between two cavity resonators and as the output-coupling region.
An apparatus for blow molding plastic containers, particularly bottles, comprising a blow molding carousel, which can rotate about a main rotation axis and is functionally connected, at a first transfer station and at a second transfer station (20, 30), to a line for feeding the preforms and to a line for unloading the bottles, said blow molding carousel supporting, at its peripheral region, a plurality of forming units arranged around the main rotation axis, each forming unit comprising a mold that defines a first and a second forming cavity (14a, 14b) and is formed by two half-mold parts (13a, 13b), which can move with respect to each other to pass between an open position for feeding the preforms and for unloading the bottles and a closed position, in which it defines at least one forming cavity (14a, 14b), said first transfer station comprising a transfer carousel which can rotate about an axis of the transfer carousel that is parallel to the main rotation axis and supports a plurality of grip elements (24a, 24b) associated with a respective grip body (25a, 25b) adapted to pick up a respective preform from said supply line to feed it to a forming cavity, characterized in that said transfer carousel supports first grip elements functionally associated with first movement means adapted to define, for each grip body associated with said first grip elements, a first movement trajectory, and second grip elements functionally associated with second movement means adapted to define, for each grip body associated with said second grip elements, a second movement trajectory, said first movement trajectory and said second movement trajectory being different in order to allow the respective grip bodies (25a, 25b) to feed the preforms to the respective forming cavities at respective release regions arranged in mutually different positions, said first grip elements being adapted to feed a respective preform at said first forming cavities and said second grip elements being adapted to feed a respective preform at said second forming cavities.
Method for the data privacy compliant processing of mobile radio data for generating traffic forecasts with the following steps: - tapping of signaling data at tap points being distributed arranged in a mobile radio network, and - processing the tapped signaling data to generate data sets for generating traffic forecasts, said processing comprising the following: - including pseudonymous parameters being assigned to the signaling data and/or of identification numbers identifying calls in the data sets, - applying a one-way function including a salt value to pseudonymous parameters and identification numbers identifying calls, and - changing and overwriting - track capping - of keys of the one-way function after an adjustable time. - tapping of signaling data at tap points being distributed arranged in a mobile radio network, and - processing the tapped signaling data to generate data sets for generating traffic forecasts, said processing comprising the following: - including pseudonymous parameters being assigned to the signaling data and/or of identification numbers identifying calls in the data sets, - applying a one-way function including a salt value to pseudonymous parameters and identification numbers identifying calls, and - changing and overwriting - track capping - of keys of the one-way function after an adjustable time.
An image forming apparatus comprising: a motor; a rotating member; a plurality of coupled driving force transmitting members including a motor shaft gear and an intermediate gear; and a driving force transmitting mechanism transmitting a driving force from the motor to the rotating member through the plurality of coupled driving force transmitting members; wherein the driving force transmitting mechanism includes a support member supporting the driving source and the rotating member; and a drive case provided on the support member and forming a closed space with the supporting member, in which the closed space stores the driving force transmitting members, and wherein a coupling part between the motor shaft gear and the intermediate gear is provided in front of the support member, characterised in that the drive case is formed with a sound insulating part at a position closest to the coupling part between the motor shaft gear and the intermediate gear and in front of the coupling part, the sound insulating part is formed such that the coupling part is included within a projection plane where the sound insulating part is projected rearward to the support member, and the sound insulating part is formed into a semispherical or polygonal pyramid shaped concave part recessed toward the coupling part. a motor; a rotating member; a plurality of coupled driving force transmitting members including a motor shaft gear and an intermediate gear; and a driving force transmitting mechanism transmitting a driving force from the motor to the rotating member through the plurality of coupled driving force transmitting members; wherein the driving force transmitting mechanism includes a support member supporting the driving source and the rotating member; and a drive case provided on the support member and forming a closed space with the supporting member, in which the closed space stores the driving force transmitting members, and wherein a coupling part between the motor shaft gear and the intermediate gear is provided in front of the support member, characterised in that the drive case is formed with a sound insulating part at a position closest to the coupling part between the motor shaft gear and the intermediate gear and in front of the coupling part, the sound insulating part is formed such that the coupling part is included within a projection plane where the sound insulating part is projected rearward to the support member, and the sound insulating part is formed into a semispherical or polygonal pyramid shaped concave part recessed toward the coupling part.
A method for receiving control channel information based on resource element groups wherein resource elements are assigned to resource element groups in a communication system using OFDM, Orthogonal Frequency-Division Multiplexing, wherein the resource elements of a resource block pair are assigned to a plurality of m resource element groups according to a mapping that applies respectively to each of a first and second frequency domain half of the resource block pair as follows: assigning the resource elements of the first OFDM symbol in the resource block pair to the resource element groups, in a first predetermined order of the resource elements and a second predetermined order of the resource element groups, assigning the resource elements of the second OFDM symbol and of each further of the remaining OFDM symbols in the resource block pair to the resource element groups, in the first predetermined order of the resource elements and in the second predetermined order of the resource element groups, such that the resource element group to which a resource element is first assigned is the one subsequent-in-order to the resource element group to which a resource element is last assigned for the previous OFDM symbol, and the method further comprising the step of receiving the control channel information based on the resource element groups according to the mapping. assigning the resource elements of the first OFDM symbol in the resource block pair to the resource element groups, in a first predetermined order of the resource elements and a second predetermined order of the resource element groups, assigning the resource elements of the second OFDM symbol and of each further of the remaining OFDM symbols in the resource block pair to the resource element groups, in the first predetermined order of the resource elements and in the second predetermined order of the resource element groups, such that the resource element group to which a resource element is first assigned is the one subsequent-in-order to the resource element group to which a resource element is last assigned for the previous OFDM symbol, and the method further comprising the step of receiving the control channel information based on the resource element groups according to the mapping.
An outdoor unit for use in a refrigeration cycle apparatus circulating refrigerant mixture inclusive of 1,1,2-trifluoroethylene, the outdoor unit comprising: a casing; a pipe configured to allow the refrigerant mixture to flow through the pipe; an outdoor heat exchanger, the outdoor heat exchanger including fins, a plurality of heat transfer tubes (12, 12a, 12b) penetrating through the fins and forming a part of the pipe, and a bend portion connecting two of the heat transfer tubes (12a, 12b), the bend portion being accommodated inside the casing, and comprising a breakage-guide structure having a pressure resistance lower than a pressure resistance of rest of the pipe; and a plate (111d, 111e) interposed between the breakage-guide structure and outside of the casing. a casing; a pipe configured to allow the refrigerant mixture to flow through the pipe; an outdoor heat exchanger, the outdoor heat exchanger including fins, a plurality of heat transfer tubes (12, 12a, 12b) penetrating through the fins and forming a part of the pipe, and a bend portion connecting two of the heat transfer tubes (12a, 12b), the bend portion being accommodated inside the casing, and comprising a breakage-guide structure having a pressure resistance lower than a pressure resistance of rest of the pipe; and fins, a plurality of heat transfer tubes (12, 12a, 12b) penetrating through the fins and forming a part of the pipe, and a bend portion connecting two of the heat transfer tubes (12a, 12b), the bend portion being accommodated inside the casing, and comprising a breakage-guide structure having a pressure resistance lower than a pressure resistance of rest of the pipe; and a plate (111d, 111e) interposed between the breakage-guide structure and outside of the casing.
Converter for an electric machine having a semiconductor component connected to at least one contact-connection for converting a voltage, a voltage measurement device for measuring a voltage drop (U DS) across the semiconductor component and a control unit for controlling the semiconductor component, wherein the control unit is designed to determine a state of the contact-connection on the basis of the measured voltage drop (U DS), wherein the converter has a first semiconductor component connected to a first contact-connection and a second semiconductor component connected to a second contact-connection and the voltage measurement device is designed to measure a first voltage drop across the first semiconductor component and a second voltage drop across the second semiconductor component, wherein the control unit is designed to compare the first voltage drop and the second voltage drop.