mhurhangee/ep-ind-claims huggingface dataset:
A limb manipulation and evaluation device (10, 5000) comprising: a first drive (2200, 5600) configured to manipulate a first bone relative to a second bone in a first direction; a second drive (2000, 5400) configured to manipulate said first bone relative to said second bone in a second direction; and a third drive (2100, 5500) configured to manipulate said first bone relative to said second bone in a third direction, wherein: said first, second, and third directions are different relative to each other, and characterized in that the at least one drive of the first, second, and third drives is mutually decoupled relative to another drive of the first, second, and third drives, such that operation of said one drive does not affect position of said another drive, and such that operation of said another drive does not affect position of said one drive. a first drive (2200, 5600) configured to manipulate a first bone relative to a second bone in a first direction; a second drive (2000, 5400) configured to manipulate said first bone relative to said second bone in a second direction; and a third drive (2100, 5500) configured to manipulate said first bone relative to said second bone in a third direction, wherein: said first, second, and third directions are different relative to each other, and characterized in that the at least one drive of the first, second, and third drives is mutually decoupled relative to another drive of the first, second, and third drives, such that operation of said one drive does not affect position of said another drive, and such that operation of said another drive does not affect position of said one drive.
Mixer assembly for an air-conditioning system, comprising: - a recirculation air line, which is connectable to a region of a vehicle, in particular an airplane, to be air-conditioned, in order to remove recirculation air from the region of the vehicle to be air-conditioned, - an air-conditioning air line, which is connectable to an air-conditioning unit in order to remove air-conditioning air, generated by the air-conditioning unit, from the air-conditioning unit, - a first mixing region, connected to the recirculation air line and to the air-conditioning air line, for mixing the recirculation air from the recirculation air line with the air-conditioning air from the air-conditioning air line, characterized by - a second mixing region, connected to the recirculation air line and to the first mixing region, for mixing the mixed air from the first mixing region with further, pure recirculation air from the recirculation air line, - a first supply line, which is connected to the first mixing region and which is adapted to supply mixed air from the first mixing region to a first partial region of the vehicle region to be air-conditioned, and - a second supply line, which is connected to the second mixing region and which is adapted to supply mixed air from the second mixing region to a second partial region of the vehicle region to be air-conditioned. - a recirculation air line, which is connectable to a region of a vehicle, in particular an airplane, to be air-conditioned, in order to remove recirculation air from the region of the vehicle to be air-conditioned, - an air-conditioning air line, which is connectable to an air-conditioning unit in order to remove air-conditioning air, generated by the air-conditioning unit, from the air-conditioning unit, - a first mixing region, connected to the recirculation air line and to the air-conditioning air line, for mixing the recirculation air from the recirculation air line with the air-conditioning air from the air-conditioning air line, - a second mixing region, connected to the recirculation air line and to the first mixing region, for mixing the mixed air from the first mixing region with further, pure recirculation air from the recirculation air line, - a first supply line, which is connected to the first mixing region and which is adapted to supply mixed air from the first mixing region to a first partial region of the vehicle region to be air-conditioned, and - a second supply line, which is connected to the second mixing region and which is adapted to supply mixed air from the second mixing region to a second partial region of the vehicle region to be air-conditioned.
Assembly of a tyre comprising a reinforcing thread (42a-b; 100; 102) of a given diameter made of a magnetic material and a device for checking a tyre reinforcing thread (42a-b; 100; 102), characterized in that the device comprises: - at least one induction member (68, 70) that induces a magnetic flux (P1, P2; P) in the thread that is to be checked (42a-b; 100; 102), - a support made of magnetic material supporting the induction member (68, 70), the support having the overall shape of a U and comprising first and second legs (82, 84) that conduct the magnetic flux into the thread for checking (42a-b; 100; 102), the ends for conducting the magnetic flux into the thread for checking of the first and second legs (82, 84) defining a direction of alignment of the device, - at least one receiver member that receives the magnetic flux (P1, P2; P) flowing through the thread for checking (42a-b; 100; 102) located between the first and second legs (82, 84), in which device the dimensions of the receiver member are arranged so as to measure only the magnetic flux flowing through the thread for checking (42a-b; 100; 102) when, in operation, the direction of alignment of the device is substantially parallel to the direction in which the thread for checking (42a-b; 100; 102) runs. - at least one induction member (68, 70) that induces a magnetic flux (P1, P2; P) in the thread that is to be checked (42a-b; 100; 102), - a support made of magnetic material supporting the induction member (68, 70), the support having the overall shape of a U and comprising first and second legs (82, 84) that conduct the magnetic flux into the thread for checking (42a-b; 100; 102), the ends for conducting the magnetic flux into the thread for checking of the first and second legs (82, 84) defining a direction of alignment of the device, - at least one receiver member that receives the magnetic flux (P1, P2; P) flowing through the thread for checking (42a-b; 100; 102) located between the first and second legs (82, 84),
Device for the distribution of energy with modular dimensions used in a distribution box comprising at least one rail for securing electrical devices (3, 4) for line protection, said device imparting the neutral phase and/or at least one other phase and being provided for connection in a removable manner to each electrical device (3, 4) fixed onto a rail, comprising at least one conducting stringer equipped at regular intervals with connecting zones (5a, 5b) to each device (3, 4), and being formed by n (n≥1) elementary sections for distributing electrical power to each device (3, 4), each section functioning in an autonomous manner and being able to receive at least one cell for measuring electrical parameters (voltage, current, electromagnetic fields,...) and/or physical parameters (temperature,...) relative to said section, characterised in that a removable bar is integrated therein without there being any need to detach the devices (3, 4) onto which it is fixed, said bar being divisible between each section which remains functional after separation.
A method for assisting a user with the operation of a touch-sensitive operating unit, which is designed to detect predefined movement patterns in the form of a tapping movement and a zoom movement and a swipe movement as such, the predefined movement patterns being associated with respective third audio outputs that are different from each other, the method comprising the following steps: - detecting a presence of an input means, in particular of a finger of the user, in a predefined first region, which has no contact with the operating unit, in front of the operating unit, and, in response thereto, - acknowledging the detected presence by way of a predefined first audio output, wherein - the first region is delimited in a direction parallel to a surface of the operating unit corresponding to a button (10, 20, 30) displayed on the operating unit, further comprising the following steps: - detecting one of the predefined movement patterns of the input means as a tapping movement or a zoom movement or a swipe movement in the first region, and, in response thereto, - acknowledging the predefined movement pattern by way of the third audio output associated with the predefined movement pattern. - detecting a presence of an input means, in particular of a finger of the user, in a predefined first region, which has no contact with the operating unit, in front of the operating unit, and, in response thereto, - acknowledging the detected presence by way of a predefined first audio output, wherein - the first region is delimited in a direction parallel to a surface of the operating unit corresponding to a button (10, 20, 30) displayed on the operating unit, further comprising the following steps: - detecting one of the predefined movement patterns of the input means as a tapping movement or a zoom movement or a swipe movement in the first region, and, in response thereto, - acknowledging the predefined movement pattern by way of the third audio output associated with the predefined movement pattern.
Electrical generator including a cover extending along a longitudinal direction, having at least one air inlet port (6; 7) and mounted on a frame, successively having, in said longitudinal direction: - a heat engine mounted on the cover, - an alternator mounted in the cover and connected to said heat engine so as to be capable of converting the energy received from the heat engine into electrical energy, - a control and connection unit connected to said alternator, in the vicinity of said air inlet port (6; 7), characterized in that it includes: - at least one side door (8; 9) for accessing the interior of the cover forming a portion of a side wall of said cover; - at least one air diffuser (4; 5) mounted on at least one of said doors (8, 9) and extending substantially in said longitudinal direction, without a baffle, so as to direct the air longitudinally from said air inlet port (6; 7) toward said heat engine. - a heat engine mounted on the cover, - an alternator mounted in the cover and connected to said heat engine so as to be capable of converting the energy received from the heat engine into electrical energy, - a control and connection unit connected to said alternator, in the vicinity of said air inlet port (6; 7), - at least one side door (8; 9) for accessing the interior of the cover forming a portion of a side wall of said cover; - at least one air diffuser (4; 5) mounted on at least one of said doors (8, 9) and extending substantially in said longitudinal direction, without a baffle, so as to direct the air longitudinally from said air inlet port (6; 7) toward said heat engine.
An apparatus comprising a housing assembly (100, 400), wherein the apparatus further comprises a. An antenna located within said housing assembly (100, 400); and b. A conduit electrically connecting said antenna to an external device, characterized in that said housing assembly (100, 400) is a metal housing assembly having at least two separable portions (110, 120), and said apparatus further comprises - a circular coil (430, 500), located within said housing assembly, and a second conduit electrically connecting said coil (430, 500) to an external power source, and - a gasket (160, 200, 420) comprising an elastic material adapted to form a seal between said portions (110, 120), wherein said conduit is embedded in said gasket (160, 200, 420) and said second conduit is embedded in said gasket (160, 420). a. An antenna located within said housing assembly (100, 400); and b. A conduit electrically connecting said antenna to an external device, - a circular coil (430, 500), located within said housing assembly, and a second conduit electrically connecting said coil (430, 500) to an external power source, and - a gasket (160, 200, 420) comprising an elastic material adapted to form a seal between said portions (110, 120), wherein said conduit is embedded in said gasket (160, 200, 420) and said second conduit is embedded in said gasket (160, 420).
A method for coating cheese comprising spraying a water-borne cheese coating composition to a cheese, wherein the water-borne cheese coating composition comprises a protective colloid-stabilized polymer in an amount of 38-48 wt.% with respect to the weight of the composition, wherein said protective colloid-stabilised polymer is a polymer or a mixture of polymers obtainable by emulsion polymerisation in the presence of a protective colloid of a vinylic ester and optionally one or more further monomer(s); and wherein said coating composition has a viscosity, when measured at 20 °C and at a shear rate of 1.10 3 s -1, of 300 mPa.s or less, wherein the protective colloid-stabilized polymer is a protective colloid-stabilized poly(vinyl ester) homo- or copolymer emulsion obtainable by polymerising a vinyl ester and optionally one or more further monomer(s) in the presence of 0.5-8 wt.% of a poly(vinyl alcohol), wherein the poly(vinyl alcohol) has a degree of hydrolysis ranging between 70-95 mole% and a Brookfield viscosity, when dissolved at 4 wt.% in an aqueous solution at 20 °C, of 2 to 50 mPa.s.
Display device for a motor vehicle, comprising: - on the one hand, a display module comprising a flat screen having fastening feet on its rear face, each fastening foot having a tapped hole to receive a fastening screw, and - on the other hand, a housing accommodating the display module, said housing having a bottom wall to which the fastening feet of the flat screen are fastened by screwing, characterized in that it further comprises a membrane of elastic material placed between the fastening feet and covering each fastening foot so as to be interposed between the fastening feet and the bottom wall of the housing, and in that the screws for fastening the flat screen pass through the bottom wall and the membrane of elastic material to interact with the tapped hole of each foot. - on the one hand, a display module comprising a flat screen having fastening feet on its rear face, each fastening foot having a tapped hole to receive a fastening screw, and - on the other hand, a housing accommodating the display module, said housing having a bottom wall to which the fastening feet of the flat screen are fastened by screwing,
A wireless communication network system that mutually relays and transmits various types of signals, comprising a plurality of wireless communication devices (101; 102; 103) distributed and arranged each comprising: a radiating oscillator (1; 2; 3) having a configuration of a transistor integrated with a resonator for superhigh-frequency oscillation, which generates a negative resistance and functions as an antenna emitting an electromagnetic wave to space; a baseband signal generator (4; 5; 6) that outputs a baseband signal to the radiating oscillator (1; 2; 3); and a receiving signal detector (7; 8; 9) that receives a transmitted signal, wherein the wireless communication devices (101; 102; 103) are arranged to face each other at a location where a pull-in phenomenon is caused in use to synchronize the wireless communication devices with one another, wherein in use a signal transmitted from one of the wireless communication devices is an oscillation signal of the respective radiating oscillator of one of the wireless communication devices, a frequency of the oscillation signal varies with the baseband signal, a variation in the frequency is transmitted to the other ones of the facing wireless communication devices (102; 103), oscillation frequencies of the radiating oscillators (2; 3)of the other ones of the facing wireless communication devices (102; 103) vary by the pull-in phenomenon, and the other ones of the facing wireless communication devices (101; 102; 103) are arranged to extract the variation by receiving the variation in the frequency through the receiving signal detector (7; 8; 9).
A recording paper conveyance mechanism comprising: a platen having a plurality of suction holes (24a - 26p) which are arrayed in a conveyance direction of recording paper and in a lateral direction perpendicular to the conveyance direction; a suction mechanism unit for suctioning the recording paper to the platen through the suction holes (24a - 26p) of the platen; and an opening/closing mechanism for opening or closing at least part of the plural suction holes (24a - 26p); wherein the opening/closing mechanism includes a first opening/closing unit for opening or closing the suction holes disposed on one side of the lateral direction in the plural suction holes (24a - 26p), and a second opening/closing unit for opening or closing the suction holes disposed on one side of the conveyance direction in the plural suction holes (24a - 26p); wherein the second opening/closing unit is further configured to open or close the suction holes on the opposite side as the one side in the conveyance direction in the plural suction holes (24a - 26p); wherein the second opening/closing unit has a first shutter plate group and a second shutter plate group disposed in two layers at different positions in section; and wherein shutter plates (71-75, 81-84) of the first shutter plate group and second shutter plate group are alternately interleaved. a platen having a plurality of suction holes (24a - 26p) which are arrayed in a conveyance direction of recording paper and in a lateral direction perpendicular to the conveyance direction; a suction mechanism unit for suctioning the recording paper to the platen through the suction holes (24a - 26p) of the platen; and an opening/closing mechanism for opening or closing at least part of the plural suction holes (24a - 26p); wherein the opening/closing mechanism includes a first opening/closing unit for opening or closing the suction holes disposed on one side of the lateral direction in the plural suction holes (24a - 26p), and a second opening/closing unit for opening or closing the suction holes disposed on one side of the conveyance direction in the plural suction holes (24a - 26p); wherein the second opening/closing unit is further configured to open or close the suction holes on the opposite side as the one side in the conveyance direction in the plural suction holes (24a - 26p); wherein the second opening/closing unit has a first shutter plate group and a second shutter plate group disposed in two layers at different positions in section; and wherein shutter plates (71-75, 81-84) of the first shutter plate group and second shutter plate group are alternately interleaved.
A cooking hob with at least two one-piece fastening elements, wherein: - the fastening element comprises a first portion being permanently connected to an upper part of the cooking hob, - the fastening element comprises a second portion being detachably connected to a lower part of the cooking hob, - so that the upper part and the lower part form the cooking hob, - the first portion of the fastening element is formed as a plane sheet extending in a horizontal plane, - the second portion of the fastening element comprises at least two spring elements, provided for a sidewall of the cooking hob in order to clamp the cooking hob within a cutout of a worktop enclosing circumferentially the cooking hob, - the second portion of the fastening element includes a latch element arranged between the two spring elements, - the spring elements have a U-shaped form and elastic properties which cause them to act in a radial direction, - the latch element includes a lug element engageable with a recess formed in the side wall of the lower part of the cooking hob, - the lug element extends outwards into a radial direction in a mounted state of the fastening element, - the latch element is aligned at an inner side of the side wall of the lower part in the mounted state of the fastening element, and - the at least two fastening elements are arranged at opposite sidewalls of the cooking hob, characterised in that the lower part comprises at least one further buckled appendix arranged above the recess in the side wall of said lower part. - the fastening element comprises a first portion being permanently connected to an upper part of the cooking hob, - the fastening element comprises a second portion being detachably connected to a lower part of the cooking hob, - so that the upper part and the lower part form the cooking hob, - the first portion of the fastening element is formed as a plane sheet extending in a horizontal plane, - the second portion of the fastening element comprises at least two spring elements, provided for a sidewall of the cooking hob in order to clamp the cooking hob within a cutout of a worktop enclosing circumferentially the cooking hob, - the second portion of the fastening element includes a latch element arranged between the two spring elements, - the spring elements have a U-shaped form and elastic properties which cause them to act in a radial direction, - the latch element includes a lug element engageable with a recess formed in the side wall of the lower part of the cooking hob, - the lug element extends outwards into a radial direction in a mounted state of the fastening element, - the latch element is aligned at an inner side of the side wall of the lower part in the mounted state of the fastening element, and - the at least two fastening elements are arranged at opposite sidewalls of the cooking hob,
A polyethylene microporous membrane having a Gurley air permeability of 1 to 1,000 sec/100 mL/25 μm, wherein the width of the microporous membrane is 100mm or more; characterised in that the total length of waviness widths in the width direction of the polyethylene microporous membrane is not more than one-third of the overall width of the microporous membrane.