mhurhangee/ep-ind-claims huggingface dataset:
A device for simulating jaw movements, the device comprising at least one first device unit attached to an upper jaw model and at least one second device unit attached to a lower jaw model, wherein the at least one first device unit and the upper jaw model are made in one piece, and wherein the at least one second device unit and the lower jaw model are made in one piece, wherein the at least one first device unit comprises an engagement means and the at least one second device unit comprises one or more openings for receiving the engagement means, or vice versa, wherein the engagement means is arranged to perform a rotational movement and a translational movement within the one or more openings. wherein the at least one first device unit and the upper jaw model are made in one piece, and wherein the at least one second device unit and the lower jaw model are made in one piece, wherein the at least one first device unit comprises an engagement means and the at least one second device unit comprises one or more openings for receiving the engagement means, or vice versa, wherein the engagement means is arranged to perform a rotational movement and a translational movement within the one or more openings.
A content container comprising: a container part configured to accommodate a content; a discharge part disposed at an upper end of the container part and having therein a lower discharge hole through which the content is discharged; and an application part made of an elastic material, disposed at an upper end of the discharge part, having therein an upper discharge hole communicating with the lower discharge hole, and being configured to apply the content discharged through the upper discharge hole onto a skin of a user, wherein a support portion protruding toward the application part is defined at the upper end of the discharge part, the support portion is retracted into a lower inner side of the application part, and an inner surface and an outer surface of the support portion are in close contact with the application part, wherein the application part comprises: an inner wall protruding from a lower end thereof to be in contact with the inner surface of the support portion; an outer wall protruding to be in contact with the outer surface of the support portion; and a retraction groove defined between the inner wall and the outer wall and the support portion is inserted therein and wherein, an inclined application surface is defined on an outer surface of the application part, and the application part is supported by the discharge part and bends laterally, when the discharged content is applied by the application surface. a container part configured to accommodate a content; a discharge part disposed at an upper end of the container part and having therein a lower discharge hole through which the content is discharged; and an application part made of an elastic material, disposed at an upper end of the discharge part, having therein an upper discharge hole communicating with the lower discharge hole, and being configured to apply the content discharged through the upper discharge hole onto a skin of a user, wherein a support portion protruding toward the application part is defined at the upper end of the discharge part, the support portion is retracted into a lower inner side of the application part, and an inner surface and an outer surface of the support portion are in close contact with the application part, wherein the application part comprises: an inner wall protruding from a lower end thereof to be in contact with the inner surface of the support portion; an outer wall protruding to be in contact with the outer surface of the support portion; and a retraction groove defined between the inner wall and the outer wall and the support portion is inserted therein and wherein, an inclined application surface is defined on an outer surface of the application part, and the application part is supported by the discharge part and bends laterally, when the discharged content is applied by the application surface.
A posterior stabilized orthopaedic knee prosthesis comprising: a femoral component including (i) a pair of spaced apart condyles (52,54) defining an intracondylar notch therebetween, at least one of the pair of spaced apart condyles having a condyle surface curved in the sagittal plane and (ii) a posterior cam positioned in the intracondylar notch; and a tibial bearing including (i) a platform having a bearing surface configured to articulate with the condyle surface of the femoral component and (ii) a spine extending upwardly from the platform, wherein the condyle surface of the femoral component (i) contacts the bearing surface at a first contact point on the condyle surface at a first degree of flexion, (ii) contacts the bearing surface at a second contact point on the condyle surface at a second degree of flexion, the second degree of flexion being greater than the first degree of flexion and in the range of about 0 degrees to about 50 degrees, and (iii) contacts the bearing surface at a third contact point on the condyle surface at a third degree of flexion, the third degree of flexion being greater than the second degree of flexion and less than about 90 degrees, and wherein the condyle surface with a first radius of curvature is curved in the sagittal plane at the first contact point, a second radius of curvature is curved in the sagittal plane at the second contact point, and a third radius of curvature is curved in the sagittal plane at the third contact point, characterised in that initial contact between the posterior cam of the femoral component and the spine of the tibial bearing takes place at a fourth degree of flexion, the fourth degree of flexion being no greater than about 10 degrees more than the third degree of flexion. a femoral component including (i) a pair of spaced apart condyles (52,54) defining an intracondylar notch therebetween, at least one of the pair of spaced apart condyles having a condyle surface curved in the sagittal plane and (ii) a posterior cam positioned in the intracondylar notch; and a tibial bearing including (i) a platform having a bearing surface configured to articulate with the condyle surface of the femoral component and (ii) a spine extending upwardly from the platform,
A sample preparation system for electron microscope observation comprising: a plasma treatment apparatus and a sputtering apparatus, the plasma treatment apparatus being configured to feed a resin tape (3, 13) in a plasma irradiation area to irradiate the resin tape with plasma, thereby continuously hydrophilizing the resin tape, and the sputtering apparatus being configured to feed the resin tape in a sputtering area to continuously perform sputtering on the resin tape, thereby imparting conductivity to the resin tape, and a collecting apparatus configured to serially collect slices cut out from a sample onto the resin tape having been subjected to plasma treatment and/or sputtering. a plasma treatment apparatus and a sputtering apparatus, the plasma treatment apparatus being configured to feed a resin tape (3, 13) in a plasma irradiation area to irradiate the resin tape with plasma, thereby continuously hydrophilizing the resin tape, and the sputtering apparatus being configured to feed the resin tape in a sputtering area to continuously perform sputtering on the resin tape, thereby imparting conductivity to the resin tape, and a collecting apparatus configured to serially collect slices cut out from a sample onto the resin tape having been subjected to plasma treatment and/or sputtering.
An impact tool adapted to have a tool bit detachably coupled thereto, the impact tool linearly drives a tool bit in an axial direction of the tool bit to cause the tool bit to perform a predetermined hammering operation, comprising a motor, a striking mechanism part (113, 115) that is driven by the motor and causes the tool bit to linearly move, a tool body that houses the motor and the striking mechanism part (113, 115), an outer shell housing that covers at least part of the tool body, a first elastic element (153, 155, 157, 159, 133; 153, 155, 157, 176, 133) that elastically connects the outer shell housing to the tool body such that the outer shell housing can move in a direction transverse to the axial direction of the tool bit with respect to the tool body, and a handle designed to be held by a user, characterized in that the impact tool further comprises a second elastic element that connects the handle to the outer shell housing such that the handle can move in the axial direction of the tool bit with respect to the tool body.
A replication-defective herpes simplex virus vector comprising complete deletions of ICP4 and ICP27, wherein the deletion of ICP27 extends into the UL55 locus such that there is no viral homology to these genes used in a complementing cell line, and which comprises an intact inverted terminal repeat.
A sealing and cutting device for forming bags containing products; the sealing and cutting device comprising: - a sealing head or sonotrode configured for sealing a portion of a continuous tubular strip of filter material, feeding along a feed direction; - a counterhead or anvil positioned facing the sonotrode; - a movement system connected to the sonotrode and/or to the anvil and configured for moving the sonotrode and/or the anvil between a first non-operating position, wherein the sonotrode and the anvil are spaced apart from each other, and a second operating position wherein the sonotrode and the anvil are in front contact for sealing the portion of the continous tubular strip of filter material in such a way as to simultaneously seal a head and a bottom of respective bags to be formed; - a cutting element comprising a circular blade connected to a supporting and movement unit which is able to impart a translational movement to the blade with a circular shape along a direction perpendicular to the feed direction of the continuous tubular strip of filter material, the anvil comprising a slit from which the blade protrudes, characterised in that the blade is configured to cut the continous tubular strip of filter material, by contact with the sonotrode, whilst the sonotrode and the anvil are in the second operating position, from the remaining strip in the second operating manner, so as to separate a bag formed from the remaining continuous tubular strip of filter material. - a sealing head or sonotrode configured for sealing a portion of a continuous tubular strip of filter material, feeding along a feed direction; - a counterhead or anvil positioned facing the sonotrode; - a movement system connected to the sonotrode and/or to the anvil and configured for moving the sonotrode and/or the anvil between a first non-operating position, wherein the sonotrode and the anvil are spaced apart from each other, and a second operating position wherein the sonotrode and the anvil are in front contact for sealing the portion of the continous tubular strip of filter material in such a way as to simultaneously seal a head and a bottom of respective bags to be formed; - a cutting element comprising a circular blade connected to a supporting and movement unit which is able to impart a translational movement to the blade with a circular shape along a direction perpendicular to the feed direction of the continuous tubular strip of filter material, the anvil comprising a slit from which the blade protrudes, characterised in that the blade is configured to cut the continous tubular strip of filter material, by contact with the sonotrode, whilst the sonotrode and the anvil are in the second operating position, from the remaining strip in the second operating manner, so as to separate a bag formed from the remaining continuous tubular strip of filter material.
Measuring module for measuring at least one measured variable in a low-voltage network, wherein the measuring module comprises a module housing, at least one phase contact (31, 32, 33) for connection to a respective line conductor (L1, L2, L3) and at least one measuring sensor (20, 21, 22, 23) for detecting at least one measured variable attributable to the respective line conductor (L1, L2, L3), wherein at least one function indicator (11, 12, 13) is provided for each phase contact (31, 32, 33), wherein the respective at least one function indicator (11, 12, 13) is arranged on the module housing, and wherein the at least one measured variable is selected from a group comprising: electrical current, electrical voltage, electrical power, ohmic resistance, energy consumption, power factor, efficiency factor, temperature of an electrical contact; and wherein the measuring module is equipped for detecting two or more measured variables, which can preferably be detected simultaneously, characterized in that the measuring module is set up to control the respective at least one function indicator (11, 12, 13) as a function of the at least one detected measured variable and to selectively indicate an overshoot or undershoot of at least one limit value of the at least one measured variable to be detected as an error signal by means of the respective at least one function indicator (11, 12, 13), and in that the measuring module is set up such that the actuation of the respective at least one function indicator (11, 12, 13) can be parameterized such that the at least one limit value of the at least one measured variable to be detected is predefined in an adjustable manner. the measuring module is set up to control the respective at least one function indicator (11, 12, 13) as a function of the at least one detected measured variable and to selectively indicate an overshoot or undershoot of at least one limit value of the at least one measured variable to be detected as an error signal by means of the respective at least one function indicator (11, 12, 13), and in that the measuring module is set up such that the actuation of the respective at least one function indicator (11, 12, 13) can be parameterized such that the at least one limit value of the at least one measured variable to be detected is predefined in an adjustable manner.
A spinning forming device comprising: a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a heater configured to locally heat a transform target portion of the plate by induction heating; and a processing tool configured to press the transform target portion to transform the plate; characterised in that the spinning forming device further comprises a pair of holding rollers (81, 82) configured to sandwich an outside portion of the plate, the outside portion being located outside the transform target portion. a receiving jig supporting a central portion of a plate to be formed; a rotating shaft to which the receiving jig is attached; a heater configured to locally heat a transform target portion of the plate by induction heating; and a processing tool configured to press the transform target portion to transform the plate; characterised in that the spinning forming device further comprises a pair of holding rollers (81, 82) configured to sandwich an outside portion of the plate, the outside portion being located outside the transform target portion.
Device for storing reagent containers on multiple levels for an automatic analysis apparatus, the device comprising - a pipetting device comprising a pipetting needle for pipetting of reagents, - a first device comprising a plurality of first receiving positions for reagent containers, wherein the first receiving positions are arranged on a first level, - a second device comprising a plurality of second receiving positions for reagent containers, wherein the second receiving positions are arranged on a second level, wherein the second device is arranged at least partially above the first device, wherein the second level is arranged at least partially above the first level, wherein the pipetting needle is arranged at least partially above the first device and the second device, wherein the first receiving positions on the first level and the second receiving positions on the second level are displaceable and/or rotatable in each case about an axis, wherein a cutout is provided in the second device in the second level, wherein, by means of the pipetting needle, the pipetting device can, for pipetting, access, through the cutout from above, at least one reagent container arranged in one of the first receiving positions. - a pipetting device comprising a pipetting needle for pipetting of reagents, - a first device comprising a plurality of first receiving positions for reagent containers, wherein the first receiving positions are arranged on a first level, - a second device comprising a plurality of second receiving positions for reagent containers, wherein the second receiving positions are arranged on a second level, wherein the second device is arranged at least partially above the first device, wherein the second level is arranged at least partially above the first level, wherein the pipetting needle is arranged at least partially above the first device and the second device, wherein the first receiving positions on the first level and the second receiving positions on the second level are displaceable and/or rotatable in each case about an axis, wherein a cutout is provided in the second device in the second level, wherein, by means of the pipetting needle, the pipetting device can, for pipetting, access, through the cutout from above, at least one reagent container arranged in one of the first receiving positions.
A vehicle control system, comprising: a plurality of control circuits (20, 30) configured to control an operation of a control target comprising a motor in cooperation with each other; and at least one monitoring circuit configured to detect operation statuses of the control circuits (20, 30), characterized in that each of the control circuits (20, 30) is configured to generate a synchronization signal (CK1, CK2) for synchronizing operations of the control circuits (20, 30), and control operations of the control circuits (20, 30) are synchronized based on the synchronization signal generated by a first control circuit out of the control circuits, and in the normal operation state when the monitoring circuit detects that the operation status of the first control circuit is changed from a stopped state to an operating state while a remaining control circuit of the plurality of control circuits (20, 30) except the first control circuit continues to perform the control operation, the monitoring circuit is configured to generate command signals (S1, S2) to synchronize the control operation of the first control circuit with the control operation of the remaining control circuit that is operating continuously based on the synchronization signal generated by the remaining control circuit that is operating continuously. a plurality of control circuits (20, 30) configured to control an operation of a control target comprising a motor in cooperation with each other; and at least one monitoring circuit configured to detect operation statuses of the control circuits (20, 30), characterized in that each of the control circuits (20, 30) is configured to generate a synchronization signal (CK1, CK2) for synchronizing operations of the control circuits (20, 30), and control operations of the control circuits (20, 30) are synchronized based on the synchronization signal generated by a first control circuit out of the control circuits, and in the normal operation state when the monitoring circuit detects that the operation status of the first control circuit is changed from a stopped state to an operating state while a remaining control circuit of the plurality of control circuits (20, 30) except the first control circuit continues to perform the control operation, the monitoring circuit is configured to generate command signals (S1, S2) to synchronize the control operation of the first control circuit with the control operation of the remaining control circuit that is operating continuously based on the synchronization signal generated by the remaining control circuit that is operating continuously.
Electrical connector for connecting at least two leads to a double-sided printed circuit board, the electrical connector comprising, a housing with a receiving slot being configured for insertion of the double-sided printed circuit board, and at least two contact springs, which are arranged on opposite sides of the receiving slot, the two contact springs being electrically insulated from one another, wherein the housing further comprises at least one lead insertion chamber, and wherein the at least two contact springs extend into the at least one lead insertion chamber, each contact spring forming a lead contact for a different lead, wherein the at least one lead insertion chamber is split into at least two compartments which are separated from one another by a separation wall and wherein at least one contact spring is mounted in each of the at least two compartments, characterised in that the separation wall further serves as a stop limiting the insertion distance of the double-sided printed circuit board into the receiving slot, the separation wall comprising an abutting surface arranged at an end of the receiving slot opposite an opening for the insertion of the double-sided printed circuit board into the receiving slot, the abutting surface being configured to abut an edge of the double-sided printed circuit board when the double-sided printed circuit board is fully inserted into the receiving slot. the electrical connector comprising, a housing with a receiving slot being configured for insertion of the double-sided printed circuit board, and at least two contact springs, which are arranged on opposite sides of the receiving slot, the two contact springs being electrically insulated from one another, wherein the housing further comprises at least one lead insertion chamber, and wherein the at least two contact springs extend into the at least one lead insertion chamber, each contact spring forming a lead contact for a different lead, wherein the at least one lead insertion chamber is split into at least two compartments which are separated from one another by a separation wall and wherein at least one contact spring is mounted in each of the at least two compartments, characterised in that the separation wall further serves as a stop limiting the insertion distance of the double-sided printed circuit board into the receiving slot, the separation wall comprising an abutting surface arranged at an end of the receiving slot opposite an opening for the insertion of the double-sided printed circuit board into the receiving slot, the abutting surface being configured to abut an edge of the double-sided printed circuit board when the double-sided printed circuit board is fully inserted into the receiving slot.
A spectacle lens, which comprises: a lens substrate comprising a blue light absorbable compound, and a multilayer film comprising a chromium layer with a film thickness of 1.0 to 10.0 nm, characterized in that the blue light cut rate is 21.0% or more, a dominant wavelength measured at an object side surface of the spectacle lens falls within a range of 500.0 to 550.0 nm, a dominant wavelength measured at an eyeball side surface of the spectacle lens falls within a range of 500.0 to 550.0 nm, wherein the luminous reflectance measured at the object side surface of the spectacle lens is 1.80% or less. a lens substrate comprising a blue light absorbable compound, and a multilayer film comprising a chromium layer with a film thickness of 1.0 to 10.0 nm, characterized in that the blue light cut rate is 21.0% or more, a dominant wavelength measured at an object side surface of the spectacle lens falls within a range of 500.0 to 550.0 nm, a dominant wavelength measured at an eyeball side surface of the spectacle lens falls within a range of 500.0 to 550.0 nm, wherein the luminous reflectance measured at the object side surface of the spectacle lens is 1.80% or less.