mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing method of an element for a body part comprising successively the following steps: - step A: producing a support sheet comprising a first zone in which is arranged a connecting member and a second zone in which is arranged a heating track which is connected to the connecting member; - step B: modifying the shape of the support sheet so that the first zone and the second zone form an angle (a) which is between 65° and 115°; - step C: placing the support sheet in a first molding chamber and injecting a first thermoplastic material into the first molding chamber to obtain a first layer overmolded on the support sheet, the first layer covering the entire second zone; - step D: placing the support sheet in a second molding chamber and injecting a second thermoplastic material into the second molding chamber to obtain a second layer overmolded on the first layer. - step A: producing a support sheet comprising a first zone in which is arranged a connecting member and a second zone in which is arranged a heating track which is connected to the connecting member; - step B: modifying the shape of the support sheet so that the first zone and the second zone form an angle (a) which is between 65° and 115°; - step C: placing the support sheet in a first molding chamber and injecting a first thermoplastic material into the first molding chamber to obtain a first layer overmolded on the support sheet, the first layer covering the entire second zone; - step D: placing the support sheet in a second molding chamber and injecting a second thermoplastic material into the second molding chamber to obtain a second layer overmolded on the first layer.
Device for transporting containers, preferably in a beverage filling plant, comprising a carousel, which rotates about a rotation axis, has at least one holding device for holding a container to be transported, and has at least one container pocket for receiving the held container in a waist region of the container, a resilient clamping device for holding the container in the container pocket is provided, characterised in that two clamping jaws are respectively combined in a clamping unit which is arranged between two adjacent container pockets.
An air conditioner comprising: a base rear panel forming a lower rear external appearance and having an internal space therein; a body rear panel coupled to the upper portion of the base rear panel and forming an upper rear external appearance, the body rear panel has an inlet for admitting air; a connector coupled to an inside of the base rear panel; a base front panel coupled to the connector and forming a lower front external appearance; and a body front panel forming an upper front exteranl appearance and having an outlet for discharging air, a lower end of the body front panel coupled to the base front panel and a lateral side of the body front panel coupled to the body rear panel; a blowing module for discharging air admitted through the inlet to the outlet; a shroud panel for guiding air admitted through the inlet to the blowing module, a lower end of the shroud panel coupled to an upper end of the connector and a lateral side of the shroud panel coupled to the body rear panel; and a guide panel coupled to the shroud panel to guide air from the blowing module to the outlet, wherein the blowing module is disposed between the shroud panel and the guide panel and is coupled to the guide panel, and wherein a bottom and a lateral side of the connector are coupled to the base rear panel for supporting the shroud panel equipped with the blowing module and the guide panel. a base rear panel forming a lower rear external appearance and having an internal space therein; a body rear panel coupled to the upper portion of the base rear panel and forming an upper rear external appearance, the body rear panel has an inlet for admitting air; a connector coupled to an inside of the base rear panel; a base front panel coupled to the connector and forming a lower front external appearance; and a body front panel forming an upper front exteranl appearance and having an outlet for discharging air, a lower end of the body front panel coupled to the base front panel and a lateral side of the body front panel coupled to the body rear panel; a blowing module for discharging air admitted through the inlet to the outlet; a shroud panel for guiding air admitted through the inlet to the blowing module, a lower end of the shroud panel coupled to an upper end of the connector and a lateral side of the shroud panel coupled to the body rear panel; and a guide panel coupled to the shroud panel to guide air from the blowing module to the outlet, wherein the blowing module is disposed between the shroud panel and the guide panel and is coupled to the guide panel, and wherein a bottom and a lateral side of the connector are coupled to the base rear panel for supporting the shroud panel equipped with the blowing module and the guide panel.
A construct of the structure: where F is a glycan, L is a conjugated phosphatidylethanolamide and S is a tetraantennary spacer of the structure: where m is the integer 1, 2 or 3 and R is of the structure: where M is a monovalent cation or substituent, n is the integer 2, 3, 4, 5, 6 or 7, and * is the point of attachment of F or L.
A sheet product wrapping apparatus comprising: a clamp lever by which sheet products are clamped near one edges thereof after being stacked: a lever drive by which the clamp lever is rotated at an angle of 180° about a horizontal shaft extending parallel to the one edges so that the sheet products are swung and turned over by the clamp lever above the horizontal shaft, the apparatus being characterized by a horizontal member by which the sheet products are received and supported after being swung and turned over; a press bar extending parallel to the horizontal shaft; and a bar drive by which the press bar is pressed against the sheet products and then moved along the sheet products away from the clamp lever on the horizontal member, the sheet products being pushed and smoothed out by the press bar, the sheet products being wrapped with a wrapper after being smoothed out. a lever drive by which the clamp lever is rotated at an angle of 180° about a horizontal shaft extending parallel to the one edges so that the sheet products are swung and turned over by the clamp lever above the horizontal shaft, the apparatus being characterized by a horizontal member by which the sheet products are received and supported after being swung and turned over; a press bar extending parallel to the horizontal shaft; and a bar drive by which the press bar is pressed against the sheet products and then moved along the sheet products away from the clamp lever on the horizontal member, the sheet products being pushed and smoothed out by the press bar, the sheet products being wrapped with a wrapper after being smoothed out.
An user equipment having a first transceiver and a second transceiver, comprising: means for receiving a handover command from a source base station; and means for, after receiving the handover command, performing a random access channel access operation in which configuration information is shared between the user equipment and a target base station using the second transceiver, the random access channel access operation being performed while the user equipment exchanges data packets with the source base station using the first transceiver; and characterized by means for, after completing the performing of the random access channel access operation, receiving a handover resume message from the source base station. means for receiving a handover command from a source base station; and means for, after receiving the handover command, performing a random access channel access operation in which configuration information is shared between the user equipment and a target base station using the second transceiver, the random access channel access operation being performed while the user equipment exchanges data packets with the source base station using the first transceiver; and characterized by means for, after completing the performing of the random access channel access operation, receiving a handover resume message from the source base station.
An optical structure comprising: a light transmissive substrate having a first surface and an opposing second surface, the second surface having a surface relief pattern formed thereon; a patterned layer of a reflective material applied onto some portions of the surface relief pattern of the light transmissive substrate, such that some portions of the surface relief pattern are covered by the reflective material, and the remaining portions of the surface relief pattern are not covered by the reflective material; characterised in that the optical structure further comprises a color shifting structure formed on the patterned layer of a reflective material and uncovered portions of the surface relief pattern, which color shifting structure changes color depending upon viewing angle; and wherein the color shifting structure is a color shifting film including a thin film optical stack, including in the following order from the substrate, a partially absorbing/partially transmissive layer formed on the patterned layer of a reflective material and uncovered portions of the surface relief pattern, a dielectric layer formed on the partially absorbing/partially transmissive layer, and a reflector layer formed on the dielectric layer; and wherein the color shifting structure together with the surface relief pattern provides diffractive and color shifting effects. a light transmissive substrate having a first surface and an opposing second surface, the second surface having a surface relief pattern formed thereon; a patterned layer of a reflective material applied onto some portions of the surface relief pattern of the light transmissive substrate, such that some portions of the surface relief pattern are covered by the reflective material, and the remaining portions of the surface relief pattern are not covered by the reflective material; characterised in that the optical structure further comprises a color shifting structure formed on the patterned layer of a reflective material and uncovered portions of the surface relief pattern, which color shifting structure changes color depending upon viewing angle; and wherein the color shifting structure is a color shifting film including a thin film optical stack, including in the following order from the substrate, a partially absorbing/partially transmissive layer formed on the patterned layer of a reflective material and uncovered portions of the surface relief pattern, a dielectric layer formed on the partially absorbing/partially transmissive layer, and a reflector layer formed on the dielectric layer; and wherein the color shifting structure together with the surface relief pattern provides diffractive and color shifting effects.
Clip for garments, having a clip body to which a carriage or a hanger is assigned, the clip body has at least one clip jaw (35, 41) to which a clamping member is assigned, and the clip (32, 38) has at least one light-emitting means (33, 43), characterized in that the at least one light-emitting means (33, 43) is arranged fixedly in or on the clip body, that the at least one light-emitting means (33, 43) is designed to generate a directed and bundled or focused light beam, wherein the light beam is directed such that it shows the operator the direction of insertion of a portion of the garment into the clip jaw (35, 41), that at least one light-emitting means (33, 43) lights the clip (32, 38) and thereby gives the respective operator an orientation that facilitates the insertion of the respective garment into the clip (32, 38), by virtue of the at least one light-emitting means (33, 43) being able to indicate the orientation or direction in which the garment should be inserted into the respective clip (32, 38) by the operator or into which one of multiple clips (32, 38) a portion of the garment should be inserted next.
A micro-optic system (2000,2070,2250,2285) comprising: an in-plane image having a boundary and an image area (2005,2052,2057) within the boundary that visually lies substantially in the plane of a substrate on which the in-plane image is carried; one or more control patterns of icons (2050,2055) contained within the boundary of the in-plane image and being absent outside of the boundary; and an array of icon focusing elements positioned to form at least one synthetically magnified image (2007,2010,2315) of at least a portion of the one or more control patterns of icons (2050,2055), the at least one synthetically magnified image (2007,2010) providing a limited field of view for viewing of the in-plane image operating to modulate the appearance of the in-plane image; wherein the one or more control patterns of icons (2050, 2055) are in the focal plane of the icon focusing elements; wherein the apparent size of a visual projection of the at least one synthetically magnified image (2007,2010) is larger than the image area of the in-plane image; wherein the magnification of the synthetically magnified image is determined by the control patterns of icons/icon focusing element scale ratio which is not equal to 1.0000, wherein the maximum obtainable magnification is equal to the absolute value of 1/(1.0000-(scale ratio)), or by angular misalignment of the control patterns of icons with respect to the array of icon focusing elements. an in-plane image having a boundary and an image area (2005,2052,2057) within the boundary that visually lies substantially in the plane of a substrate on which the in-plane image is carried; one or more control patterns of icons (2050,2055) contained within the boundary of the in-plane image and being absent outside of the boundary; and an array of icon focusing elements positioned to form at least one synthetically magnified image (2007,2010,2315) of at least a portion of the one or more control patterns of icons (2050,2055), the at least one synthetically magnified image (2007,2010) providing a limited field of view for viewing of the in-plane image operating to modulate the appearance of the in-plane image; wherein the one or more control patterns of icons (2050, 2055) are in the focal plane of the icon focusing elements; wherein the apparent size of a visual projection of the at least one synthetically magnified image (2007,2010) is larger than the image area of the in-plane image; wherein the magnification of the synthetically magnified image is determined by the control patterns of icons/icon focusing element scale ratio which is not equal to 1.0000, wherein the maximum obtainable magnification is equal to the absolute value of 1/(1.0000-(scale ratio)), or by angular misalignment of the control patterns of icons with respect to the array of icon focusing elements.
Use of a composition, comprising: a predetermined amount of at least one lyophilized reagent, wherein the predetermined amount of lyophilized reagent comprises sodium bicarbonate, in a method for monitoring the performance of blood gas, electrolyte and/or metabolite instrumentation, wherein the lyophilized reagent is reconstituted with an excipient in a low pH matrix in situ to provide a single unit of calibration and/or quality control solution comprising carbon dioxide. a predetermined amount of at least one lyophilized reagent, wherein the predetermined amount of lyophilized reagent comprises sodium bicarbonate, in a method for monitoring the performance of blood gas, electrolyte and/or metabolite instrumentation, wherein the lyophilized reagent is reconstituted with an excipient in a low pH matrix in situ to provide a single unit of calibration and/or quality control solution comprising carbon dioxide.
A receiving apparatus comprising: an electronic device; a first antenna which is provided so as to be separate from a main body of the electronic device and receives broadcast waves; and a power transmission cable which transmits power to the electronic device, wherein in the power transmission cable, a high-frequency blocking section is disposed on the side of a power source, and at least a part of the power transmission cable functions as a second antenna receiving a broadcast wave, and wherein the power transmission cable is diverged into first and second divergence cables (310, 320) at a divergence section formed between the power source and the electronic device, wherein the first divergence cable is connected to a power unit of the electronic device and the second divergence cable is connected as a high-frequency signal transmission line to the diversity processor, and wherein the second antenna has a dipole structure formed by a power source side cable closer to the power source with reference to the divergence section and the first divergence cable; and wherein the electronic device includes a diversity processor executing a diversity process on a signal received by the first antenna and a signal received by the second antenna. an electronic device; a first antenna which is provided so as to be separate from a main body of the electronic device and receives broadcast waves; and a power transmission cable which transmits power to the electronic device, wherein in the power transmission cable, a high-frequency blocking section is disposed on the side of a power source, and at least a part of the power transmission cable functions as a second antenna receiving a broadcast wave, and wherein the power transmission cable is diverged into first and second divergence cables (310, 320) at a divergence section formed between the power source and the electronic device, wherein the first divergence cable is connected to a power unit of the electronic device and the second divergence cable is connected as a high-frequency signal transmission line to the diversity processor, and wherein the second antenna has a dipole structure formed by a power source side cable closer to the power source with reference to the divergence section and the first divergence cable; and wherein the electronic device includes a diversity processor executing a diversity process on a signal received by the first antenna and a signal received by the second antenna.
A tool head assembly for a pressing device, the tool head assembly comprising: a tool head frame having a first die; and a moving ram having a second die operatively coupled to the moving ram, the moving ram operable between an open position and a closed gripping position along a gripping stroke, wherein the dies (42, 44) are configured to hold a work piece therebetween when the moving ram is in the closed gripping position; characterised by a latch mechanism, wherein the latch mechanism is actuated to release the moving ram from the open position to the closed gripping position to hold the work piece within the tool head assembly. a tool head frame having a first die; and a moving ram having a second die operatively coupled to the moving ram, the moving ram operable between an open position and a closed gripping position along a gripping stroke, wherein the dies (42, 44) are configured to hold a work piece therebetween when the moving ram is in the closed gripping position;
A lock-up clutch control device for a vehicle, comprising: a torque converter including a lock-up clutch provided in the vehicle between an engine and a transmission; and a fuel cutoff control means configured to stop fuel injection to the engine while in a coasting state in which a foot is released from an accelerator, and configured to restart fuel injection based on a fuel recovery permission; characterized by a lock-up release/transmission cooperative control means configured to carry out a cooperative control of a lock-up release control in that the lock-up release/transmission cooperative control means is configured to reduce the clutch engagement capacity of the lock-up clutch, and a transmission control in that the lock-up release/transmission cooperative control means configured to shift the transmission; wherein the lock-up release/transmission cooperative control means is configured to offset a lock-up release timing and a shift timing if there is an accelerator depression operation during coasting with the lock-up clutch in an engaged state; and the lock-up release/transmission cooperative control means is configured to start a downshift control after the lock-up release control is started first and a lock-up release is detected, upon a lock-up request and a downshift request being outputted due to an accelerator depression operation, during coasting with the lock-up clutch in the engaged state. a torque converter including a lock-up clutch provided in the vehicle between an engine and a transmission; and a fuel cutoff control means configured to stop fuel injection to the engine while in a coasting state in which a foot is released from an accelerator, and configured to restart fuel injection based on a fuel recovery permission; characterized by a lock-up release/transmission cooperative control means configured to carry out a cooperative control of a lock-up release control in that the lock-up release/transmission cooperative control means is configured to reduce the clutch engagement capacity of the lock-up clutch, and a transmission control in that the lock-up release/transmission cooperative control means configured to shift the transmission; wherein the lock-up release/transmission cooperative control means is configured to offset a lock-up release timing and a shift timing if there is an accelerator depression operation during coasting with the lock-up clutch in an engaged state; and the lock-up release/transmission cooperative control means is configured to start a downshift control after the lock-up release control is started first and a lock-up release is detected, upon a lock-up request and a downshift request being outputted due to an accelerator depression operation, during coasting with the lock-up clutch in the engaged state.
A spray coating film characterized by comprising: a first spray coating film formed on a surface of an aluminum substrate; and a second spray coating film formed on a surface of the first spray coating film, wherein, in the first spray coating film, an inorganic material with a layered crystalline structure is dispersed in a Ni-based alloy material, and an area ratio of the inorganic material is in a range of from 40% to 80% relative to a sectional area of the first spray coating film, wherein the second spray coating film is a porous film composed of ZrO 2 -SiO 2 based ceramic containing 30% to 50% by mass of SiO 2, and the second spray coating film has an area ratio of pores of 30% to 80% relative to a sectional area of the second spray coating film, and wherein the inorganic material with a layered crystalline structure is composed of at least one selected from a group consisting of bentonite and graphite. a first spray coating film formed on a surface of an aluminum substrate; and a second spray coating film formed on a surface of the first spray coating film, wherein, in the first spray coating film, an inorganic material with a layered crystalline structure is dispersed in a Ni-based alloy material, and an area ratio of the inorganic material is in a range of from 40% to 80% relative to a sectional area of the first spray coating film, wherein the second spray coating film is a porous film composed of ZrO 2 -SiO 2 based ceramic containing 30% to 50% by mass of SiO 2, and the second spray coating film has an area ratio of pores of 30% to 80% relative to a sectional area of the second spray coating film, and wherein the inorganic material with a layered crystalline structure is composed of at least one selected from a group consisting of bentonite and graphite.