mhurhangee/patent-ind-claim-en huggingface dataset:
An outdoor unit of an air-conditioning apparatus, which is provided with a heat exchanger, an outdoor fan, a compressor , and an electrical component that are provided in a casing of the outdoor unit , the outdoor unit comprising: terminal blocks to be connected to the electrical component ; and a terminal-block mounting portion provided to face from an inside of the casing toward an outside of the casing , wherein the terminal blocks are arranged in a height direction of the terminal-block mounting portion , and include a first terminal block located on a lower side of the terminal-block mounting portion , and a second terminal block located on an upper side of the terminal-block mounting portion , wherein the second terminal block is mounted on a terminal-block seat provided on the terminal-block mounting portion , wherein the terminal-block seat includes a mounting portion on which the second terminal block is mounted, and a fixed portion that is in contact with the terminal-block mounting portion , and wherein the fixed portion is smaller in area than the mounting portion , characterized in that the mounting portion protrudes from the fixed portion toward the first terminal block , and in a sectional structure, a space surrounded by the mounting portion , one of sides of the second terminal block that is closest to the first terminal block , the terminal-block mounting portion , and one of sides of the first terminal block that faces the terminal-block seat is provided. terminal blocks to be connected to the electrical component ; and a terminal-block mounting portion provided to face from an inside of the casing toward an outside of the casing , wherein the terminal blocks are arranged in a height direction of the terminal-block mounting portion , and include a first terminal block located on a lower side of the terminal-block mounting portion , and a second terminal block located on an upper side of the terminal-block mounting portion , a first terminal block located on a lower side of the terminal-block mounting portion , and a second terminal block located on an upper side of the terminal-block mounting portion , wherein the second terminal block is mounted on a terminal-block seat provided on the terminal-block mounting portion , wherein the terminal-block seat includes a mounting portion on which the second terminal block is mounted, and a fixed portion that is in contact with the terminal-block mounting portion , and a mounting portion on which the second terminal block is mounted, and a fixed portion that is in contact with the terminal-block mounting portion , and wherein the fixed portion is smaller in area than the mounting portion , characterized in that the mounting portion protrudes from the fixed portion toward the first terminal block , and in a sectional structure, a space surrounded by the mounting portion , one of sides of the second terminal block that is closest to the first terminal block , the terminal-block mounting portion , and one of sides of the first terminal block that faces the terminal-block seat is provided.
A luminous beacon assembly, characterised in that it comprises: - a luminous beacon , which includes a casing with a top portion and a bottom base , and with a bevelled narrowing from the base to the top portion ; and - a suction cup-type fastening , intended to house and retain the beacon , and comprising a fastening body , with a suction cup at its bottom portion, to secure the fastening to a desired surface, the fastening body further comprising a top housing at its top portion, to house and retain the base ; wherein the housing has a shape that corresponds to the base , and the housing includes a bevelled narrowing corresponding to the narrowing of the base ; the housing being made of a deformable material, which allows the base of the beacon to be retained through a form closure, forcing an insertion of the base , of a larger size, through of the narrowing defined in the housing . - a luminous beacon , which includes a casing with a top portion and a bottom base , and with a bevelled narrowing from the base to the top portion ; and - a suction cup-type fastening , intended to house and retain the beacon , and comprising a fastening body , with a suction cup at its bottom portion, to secure the fastening to a desired surface, the fastening body further comprising a top housing at its top portion, to house and retain the base ; wherein the housing has a shape that corresponds to the base , and the housing includes a bevelled narrowing corresponding to the narrowing of the base ; the housing being made of a deformable material, which allows the base of the beacon to be retained through a form closure, forcing an insertion of the base , of a larger size, through of the narrowing defined in the housing .
A magazine ammunition loading apparatus comprising: a slide housing having a plurality of channels for containing ammunition, the slide housing having several channels having ammunition exits on one side and the remaining channels having ammunition exits on the opposite side of the slide housing; a main housing that mates with the slide housing to form a delivery assembly , the main housing having a plurality of ammunition openings corresponding to the ammunition exits of the slide housing; a magazine holder having a groove for holding an empty magazine, the magazine holder having an indentation configured to engage a magazine button when the magazine is slid into the groove; and a plurality of retention caps adapted to lock the main housing onto the slide housing, the plurality of retention caps being adapted to temporarily contain the ammunition within the plurality of channels and within the delivery assembly; wherein the delivery assembly is adapted to operationally engage the magazine holder. a slide housing having a plurality of channels for containing ammunition, the slide housing having several channels having ammunition exits on one side and the remaining channels having ammunition exits on the opposite side of the slide housing; a main housing that mates with the slide housing to form a delivery assembly , the main housing having a plurality of ammunition openings corresponding to the ammunition exits of the slide housing; a magazine holder having a groove for holding an empty magazine, the magazine holder having an indentation configured to engage a magazine button when the magazine is slid into the groove; and a plurality of retention caps adapted to lock the main housing onto the slide housing, the plurality of retention caps being adapted to temporarily contain the ammunition within the plurality of channels and within the delivery assembly; wherein the delivery assembly is adapted to operationally engage the magazine holder.
A curing agent comprising: (i) a polyetheramine selected from the group consisting of: a polyether monoamine, a polyether diamine, a polyether triamine, a multifunctional polyetheramine and a mixture thereof; (ii) a tertiary amine; and (iii) an alkanolamine, wherein the alkanolamine is a compound having the formula R a NH 2 where R a is a linear or branched alkyl group of 1 to 10 carbons which contains at least one primary hydroxyl group and wherein the curing agent includes less than 30% by weight of the alkanolamine, where the % by weight is based on the total weight of the curing agent.
An intra-oral dental attachment for orthodontic treatment for use with an orthodontic appliance, the dental attachment comprising: an automatic communication module to receive treatment information comprising desired orthodontic movement information of at least one tooth, the automatic communication module comprising a radio-frequency identification (RFID) reader that reads the treatment information in a RFID transponder in or on the orthodontic appliance, or an array of sensors or switches that reads the treatment information in material properties or optical properties of the orthodontic appliance; at least one ultrasound transducer configured to selectively emit ultrasound to the dental area proximate the at least one tooth pursuant to the treatment information; wherein the RFID reader or the array of sensors or switches are positioned at tooth crown level and the at least one ultrasound transducer is positioned at tooth root level. an automatic communication module to receive treatment information comprising desired orthodontic movement information of at least one tooth, the automatic communication module comprising a radio-frequency identification (RFID) reader that reads the treatment information in a RFID transponder in or on the orthodontic appliance, or an array of sensors or switches that reads the treatment information in material properties or optical properties of the orthodontic appliance; at least one ultrasound transducer configured to selectively emit ultrasound to the dental area proximate the at least one tooth pursuant to the treatment information;
An absorbent article in the form of pants, such as nappy pants, sanitary pants or incontinence pants comprising an absorbent core having two longi tudinal edges and two transverse edges , a pant part , wherein said pant part comprises a covering layer , a front section , a back section and an intermediate crotch section , wherein the front and back sections are connected to one another along two opposing longitudinal lateral edges to form a waist opening and a pair of leg openings , said absorbent core is arranged at least in the crotch section and connected to the covering layer on the side of the covering layer that is intended to face the wearer, said pant part comprises at least one low-opacity area , which has an opacity that is lower than 50%, furthermore the article comprises a liquid-tight coloured barrier layer placed between said absorbent core and covering layer , said barrier layer having a skin-like colour with an L* value of 30.1 - 67.9, a* value of 5.5 - 7.0 and b* value of 7.5 - 20.3 in accordance with the CIE L*a*b* standard method, characterised by that the extension of the barrier layer coincides on the whole with the extension of the absorbent core , and the difference between two colours in the colour space CIE L*a*b*, which is characterised by a Delta E- value (ΔE*ab) in a comparison be tween the low-opacity area/areas of the pant part over and outside the area of the barrier layer's extension is less than 5 when said low-opacity area for the pant part has an opacity of 40-50% 4 when said low-opacity area for the pant part has an opacity of 30-40% 3 when said low-opacity area for the pant part has an opacity of 20-30% 2 when said low-opacity area for the pant part has an opacity of 0-20% when the absorbent article is placed with the side that is intended to face the wearer against a reference surface having a predetermined colour, in accordance with the CIE L*a*b* standard method, wherein the reference surface is formed of a surface that has the following L*, a*, b* value: L*=67.9 a*=5.5 and b*=16.4 or L*=52.6 a*=7.0 and b*=20.3 or L*=30.1 a*=5.8 and b*=4.5*. liquid-tight coloured barrier layer placed between said absorbent core and covering layer , said barrier layer having a skin-like colour with an L* value of 30.1 - 67.9, a* value of 5.5 - 7.0 and b* value of 7.5 - 20.3 in accordance with the CIE L*a*b* standard method, characterised by that the extension of the barrier layer coincides on the whole with the extension of the absorbent core , and the difference between two colours in the colour space CIE L*a*b*, which is characterised by a Delta E- value (ΔE*ab) in a comparison be tween the low-opacity area/areas of the pant part over and outside the area of the barrier layer's extension is less than 5 when said low-opacity area for the pant part has an opacity of 40-50% 4 when said low-opacity area for the pant part has an opacity of 30-40% 3 when said low-opacity area for the pant part has an opacity of 20-30% 2 when said low-opacity area for the pant part has an opacity of 0-20%
Device for selecting a pantograph of a multi-system rail vehicle with at least two pantographs designed for different voltage systems, comprising: - at least one sensor system configured to discriminate between different voltage systems applied to a catenary wire without contact, wherein the sensor system comprises at least one field sensor or capacitive sensor adapted to be electrically insulated from the pantographs ; and - a control system adapted to select a pantograph from the at least two pantographs based on the voltage system detected by the sensor system ; - wherein the device is adapted, after lifting the selected pantograph , to sense the voltage system actually applied to the catenary wire by means of the lifted pantograph and to enable the connection of further components if the voltage system actually applied coincides with the voltage system sensed without contact; and - wherein the control system is configured to select the pantograph by comparing the voltage system sensed by the sensor system with predetermined criteria, and wherein the control system is further configured to enable the lifting of the selected pantograph . - at least one sensor system configured to discriminate between different voltage systems applied to a catenary wire without contact, wherein the sensor system comprises at least one field sensor or capacitive sensor adapted to be electrically insulated from the pantographs ; and - a control system adapted to select a pantograph from the at least two pantographs based on the voltage system detected by the sensor system ; - wherein the device is adapted, after lifting the selected pantograph , to sense the voltage system actually applied to the catenary wire by means of the lifted pantograph and to enable the connection of further components if the voltage system actually applied coincides with the voltage system sensed without contact; and - wherein the control system is configured to select the pantograph by comparing the voltage system sensed by the sensor system with predetermined criteria, and wherein the control system is further configured to enable the lifting of the selected pantograph .
An apparatus for determining an encoding mode, the apparatus comprising: an initial encoding mode determining unit configured to determine an initial encoding mode of a current frame as a spectrum domain encoding mode or a time domain encoding mode by using characteristics of an audio signal, wherein the initial encoding mode of the current frame is determined as the spectrum domain encoding mode when the audio signal is classified to a music signal, and the initial encoding mode of the current frame is determined as the time domain encoding mode when the audio signal is classified to a speech signal; and an encoding mode correcting unit configured to correct the initial encoding mode to a Generic Signal Coding, GSC, mode for excitation encoding based on correction parameters, and determine a final encoding mode of the current frame from among the initial encoding mode and the GSC mode based on encoding modes of frames corresponding to a hangover length so as to prevent a frequent switching of the encoding mode. an initial encoding mode determining unit configured to determine an initial encoding mode of a current frame as a spectrum domain encoding mode or a time domain encoding mode by using characteristics of an audio signal, wherein the initial encoding mode of the current frame is determined as the spectrum domain encoding mode when the audio signal is classified to a music signal, and the initial encoding mode of the current frame is determined as the time domain encoding mode when the audio signal is classified to a speech signal; and an encoding mode correcting unit configured to correct the initial encoding mode to a Generic Signal Coding, GSC, mode for excitation encoding based on correction parameters, and determine a final encoding mode of the current frame from among the initial encoding mode and the GSC mode based on encoding modes of frames corresponding to a hangover length so as to prevent a frequent switching of the encoding mode.
Packaging paper for food - with a basis weight between 20 g/m 2 and 40 g/m 2 , and - with a filler content of less than 20% by weight with respect to the weight of the uncoated paper, - wherein the packaging paper has a coating on at least one side, which comprises a vegetable oil encapsulated in a polymer, talc and a binder, and - wherein both sides of the finished packaging paper have a Cobb 60 value of 14 g/m 2 to 22 g/m 2 . - with a basis weight between 20 g/m 2 and 40 g/m 2 , and - with a filler content of less than 20% by weight with respect to the weight of the uncoated paper, - wherein the packaging paper has a coating on at least one side, which comprises a vegetable oil encapsulated in a polymer, talc and a binder, and - wherein both sides of the finished packaging paper have a Cobb 60 value of 14 g/m 2 to 22 g/m 2 .
A holding rod device for a local and long-distance public transport vehicle, the holding rod device having the following parts coupled to one another: - a connection piece arranged at a first, upper end of the device for securing the holding rod device in an interior of the vehicle; - a holding rod ; - a foot , arranged at a second, lower end of the device and having a bearing surface , by means of which the holding rod device can be placed on a supporting surface in the interior of the vehicle; - a length adjustment element , which is arranged inside the holding rod device and by means of which the length of the holding rod device is adjustable so that the bearing surface can be pressed against the supporting surface in the installed position of the holding rod device. - a connection piece arranged at a first, upper end of the device for securing the holding rod device in an interior of the vehicle; - a holding rod ; - a foot , arranged at a second, lower end of the device and having a bearing surface , by means of which the holding rod device can be placed on a supporting surface in the interior of the vehicle; - a length adjustment element , which is arranged inside the holding rod device and by means of which the length of the holding rod device is adjustable so that the bearing surface can be pressed against the supporting surface in the installed position of the holding rod device.
A device for treating a part of a body of a person to be treated comprising a treating unit , a handle , an actuator configured to move the treating unit relative to the handle , characterized in that the device further comprises an angular orientation identifier comprising an angular orientation sensor, wherein the angular orientation sensor is configured to generate information indicative of the angular orientation of the treating unit relative to horizontal; and wherein the angular orientation identifier is configured to generate information indicative of the angular orientation of the treating unit; and in that the device further comprises a controller comprising a processor and a memory , wherein the controller is configured to adjust the actuator to move the treating unit relative to the handle in response to information indicative of the angular orientation of the treating unit provided by the angular orientation identifier. a treating unit , a handle , an actuator configured to move the treating unit relative to the handle , characterized in that the device further comprises an angular orientation identifier comprising an angular orientation sensor, wherein the angular orientation sensor is configured to generate information indicative of the angular orientation of the treating unit relative to horizontal; and wherein the angular orientation identifier is configured to generate information indicative of the angular orientation of the treating unit; and in that the device further comprises a controller comprising a processor and a memory , wherein the controller is configured to adjust the actuator to move the treating unit relative to the handle in response to information indicative of the angular orientation of the treating unit provided by the angular orientation identifier.
An injection apparatus comprising a receptacle for receiving a material in liquid or semi-liquid phase, a cover positioned on top portion of the receptacle , at least one outlet pipe in the form of an opening, at least one connection rod which is correlated to said cover and elongated through the outlet pipes for bringing relative outlet pipe in opened or closed position, characterised in that ; said cover is affixed to one or more arms where movement of said arm enables the cover and the connection rods to be moved together, and said one or more arms are actuated by a motor or a compressor system where the movement of the arms enables the cover to be moved in vertical direction. a receptacle for receiving a material in liquid or semi-liquid phase, a cover positioned on top portion of the receptacle , at least one outlet pipe in the form of an opening, at least one connection rod which is correlated to said cover and elongated through the outlet pipes for bringing relative outlet pipe in opened or closed position, characterised in that ; said cover is affixed to one or more arms where movement of said arm enables the cover and the connection rods to be moved together, and said one or more arms are actuated by a motor or a compressor system where the movement of the arms enables the cover to be moved in vertical direction.
A pair of sliding components having sliding surfaces that are rotatable relative to each other with an annular mating ring and an annular seal ring facing each other and, as a result, adapted for sealing a sealed fluid present on one radial side of each of the sliding surfaces that are rotatable and slidable relative to each other, wherein the sliding surface of at least one of the mating ring and the seal ring has therein a plurality of recess portions arranged in a circumferential direction of the sliding surface and relative rotation and sliding of the mating ring and the seal ring causes the recess portions to generate a dynamic pressure, and characterised in that the plurality of recess portions are multi-stepped recess portions , wherein each of the multi-stepped recess portions is formed in a stepwise shape in a cross-sectional view by a dynamic pressure recess portion and a static pressure recess portion such that the dynamic pressure recess portion surrounds the whole circumference of the static pressure recess portion deeper than the dynamic pressure recess portion and communicates with the static pressure recess portion , and wherein the static pressure recess portions and the dynamic pressure recess portions are formed in a circular shape in a front view seen from the axial direction, and wherein the static pressure recess portion is formed as a bottomed recess portion and has a depth dimension (h22) larger than an opening maximum diameter dimension (r22) thereof in the plan view. the sliding surface of at least one of the mating ring and the seal ring has therein a plurality of recess portions arranged in a circumferential direction of the sliding surface and relative rotation and sliding of the mating ring and the seal ring causes the recess portions to generate a dynamic pressure, and characterised in that the plurality of recess portions are multi-stepped recess portions , wherein each of the multi-stepped recess portions is formed in a stepwise shape in a cross-sectional view by a dynamic pressure recess portion and a static pressure recess portion such that the dynamic pressure recess portion surrounds the whole circumference of the static pressure recess portion deeper than the dynamic pressure recess portion and communicates with the static pressure recess portion , and wherein the static pressure recess portions and the dynamic pressure recess portions are formed in a circular shape in a front view seen from the axial direction, and wherein the static pressure recess portion is formed as a bottomed recess portion and has a depth dimension (h22) larger than an opening maximum diameter dimension (r22) thereof in the plan view.