mhurhangee/ep-ind-claims huggingface dataset:
A mechanism for a chair, in particular for an office chair, having a base support which is placeable on a chair column, having a seat support which is arranged on the base support and is movable in the longitudinal direction of the chair relative to the base support, and having a backrest support which is connected to the seat support, wherein the seat support includes a first seat support element and a second seat support element, wherein the second seat support element is movable transversely with respect to the longitudinal direction of the chair relative to the first seat support element or the seat support includes a first seat support element and a second seat support element, wherein the second seat support element is movable transversely with respect to the longitudinal direction of the chair relative to the first seat support element, and the backrest support includes a first backrest support element and a second backrest support element, wherein the second backrest support element is rotatable relative to the first backrest support element about a rotational axis which lies in the longitudinal direction of the chair, wherein the movement of the second seat support element includes a translation and a rotation, characterized in that the second seat support element is connected to the first seat support element by means of at least one controller arrangement (31, 32), wherein the controller arrangement includes two controllers (31, 32), wherein each controller (31, 32) is pivotably mounted both on the first seat support element so as to be rotatable about a first rotational axis (33, 35) and on the second seat support element so as to be rotatable about a second rotational axis (34, 36), wherein all rotational axes (33, 34, 35, 36) are parallel with one another and extend in the longitudinal direction of the chair.
A method, comprising: providing a plurality of cells contained within a plurality of microfluidic droplets, wherein the plurality of cells are contained within the plurality of microfluidic droplets at a density of less than or equal to about 1 cell/droplet; lysing the cells contained within the microfluidic droplets to produce cell lysates therein; exposing at least some of the cell lysates contained within the microfluidic droplets to a non-nucleosome-cleaving nuclease to produce a plurality of nucleosome sequences within the microfluidic droplets; attaching adapters to at least some of the nucleosome sequences, the adapters comprising an identification sequence and a restriction site, wherein the act of attaching comprises fusing the droplets containing the cell lysates to adapter droplets containing the adapters, and wherein nucleosome sequences originating from the same cell contain identical identification sequences, and nucleosome sequences originating from different cells contain different identification sequences; sequencing the nucleosome sequences containing the adapters, wherein sequencing the nucleosome sequences comprises performing chromatin immunoprecipitation (ChIP) sequencing on the nucleosome sequences; and combining the microfluidic droplets comprising the nucleosome sequences into a common solution prior to sequencing the nucleosome sequences. providing a plurality of cells contained within a plurality of microfluidic droplets, wherein the plurality of cells are contained within the plurality of microfluidic droplets at a density of less than or equal to about 1 cell/droplet; lysing the cells contained within the microfluidic droplets to produce cell lysates therein; exposing at least some of the cell lysates contained within the microfluidic droplets to a non-nucleosome-cleaving nuclease to produce a plurality of nucleosome sequences within the microfluidic droplets; attaching adapters to at least some of the nucleosome sequences, the adapters comprising an identification sequence and a restriction site, wherein the act of attaching comprises fusing the droplets containing the cell lysates to adapter droplets containing the adapters, and wherein nucleosome sequences originating from the same cell contain identical identification sequences, and nucleosome sequences originating from different cells contain different identification sequences; sequencing the nucleosome sequences containing the adapters, wherein sequencing the nucleosome sequences comprises performing chromatin immunoprecipitation (ChIP) sequencing on the nucleosome sequences; and combining the microfluidic droplets comprising the nucleosome sequences into a common solution prior to sequencing the nucleosome sequences.
A baby changing station comprising: a mounting section for mounting to a wall; a rectangular shape bed, having longer sides and shorter sides; a first frame for pivotably mounting the bed to the mounting section in a horizontal position, wherein the longer side of the bed is generally parallel to the wall onto which the baby changing station is mounted; and a second frame for pivotably mounting the bed to the mounting section in a vertical position, wherein the longer side of the bed extends along a direction generally perpendicular to the wall onto which the baby changing station is mounted, wherein the bed comprises a first surface defining a bed for receiving a baby opposite a second surface and a peripheral surface extending from the first surface to the second surface, wherein the peripheral surface comprises a depression, wherein said first frame is received in the depression when mounting the bed in the horizontal position, and wherein said second frame is received in the depression when mounting the bed in the vertical position. a mounting section for mounting to a wall; a rectangular shape bed, having longer sides and shorter sides; a first frame for pivotably mounting the bed to the mounting section in a horizontal position, wherein the longer side of the bed is generally parallel to the wall onto which the baby changing station is mounted; and a second frame for pivotably mounting the bed to the mounting section in a vertical position, wherein the longer side of the bed extends along a direction generally perpendicular to the wall onto which the baby changing station is mounted, wherein the bed comprises a first surface defining a bed for receiving a baby opposite a second surface and a peripheral surface extending from the first surface to the second surface, wherein the peripheral surface comprises a depression, wherein said first frame is received in the depression when mounting the bed in the horizontal position, and wherein said second frame is received in the depression when mounting the bed in the vertical position.
A method for evaluating the frictions in a power steering mechanism equipped with an assist motor intended to provide an assistance force for maneuvering said steering mechanism, said method being characterized in that it includes a step (a) of acquiring a series of characterization points, during which corresponding friction values are measured for several different values taken successively by the assistance force during the operation of the steering mechanism, so as to empirically obtain a series of distinct characterization points (P 1, P 2,... P n) each associating a measured friction value (F mes_1, F mes_2,... F mes_n) to a measured value representative of the assistance force (C action_1, C action_2,... C action_n), then a step (b) of constructing an empirical friction model, during which a correlation law is established between the characterization points (P 1, P 2,... P n) constitutive of the series of characterization points, from the scatter chart formed by said series of said characterization points.
Locomotive, comprising a carriage body with a head end having a front nose (20, 30), wherein - the carriage body has an interface in the region of its head end, which is designed and provided for fixing and connecting differently shaped front noses (20, 30) forming a variant set, - the interface is uniform for all front noses of the variant set, in order to permit flexible configuration of the head end when using a carriage body that is identical apart from its interface, - the interface is formed by front plates (12, 13) which extend transversely with respect to a vehicle longitudinal axis (x) and which are connected to a crossmember of the carriage body, - a front nose (20, 30) selected from the variant set is fixed to the interface by means of a welded connection, - the variant set comprises a first front nose which forms a hanging skirt shape which covers only the front plates (12, 13), and wherein - the variant set comprises a second front nose which forms an aerodynamic pointed shape which continues the course of a front wall and of side walls of the carriage body without forming edges. - the carriage body has an interface in the region of its head end, which is designed and provided for fixing and connecting differently shaped front noses (20, 30) forming a variant set, - the interface is uniform for all front noses of the variant set, in order to permit flexible configuration of the head end when using a carriage body that is identical apart from its interface, - the interface is formed by front plates (12, 13) which extend transversely with respect to a vehicle longitudinal axis (x) and which are connected to a crossmember of the carriage body, - a front nose (20, 30) selected from the variant set is fixed to the interface by means of a welded connection, - the variant set comprises a first front nose which forms a hanging skirt shape which covers only the front plates (12, 13), and wherein - the variant set comprises a second front nose which forms an aerodynamic pointed shape which continues the course of a front wall and of side walls of the carriage body without forming edges.
An image projection apparatus that projects an image using light from a light source, comprising: the light source; a temperature detector configured to detect a temperature inside of the apparatus; and a controller configured to perform a protection operation when the temperature detected by the temperature detector is higher than a predetermined temperature, the controller having stored a first predetermined temperature and a second predetermined temperature, wherein the first predetermined temperature is higher than the second predetermined temperature, and wherein the controller is further configured to acquire a power-on elapsed time representing an elapsed time from when an operation of a power switch for turning on the light source is performed, and to determine whether the power-on elapsed time has reached a second predetermined time or not, the image projector being characterized in that: in case where the power-on elapsed time has not reached the second predetermined time, the controller is further configured to acquire a power-off elapsed time from when a previous operation of the power switch for turning off the light source is performed to when a current operation of the power switch for turning on the light source is performed, to determine whether the power-off elapsed time has reached a first predetermined time, and to set the first predetermined temperature as the predetermined temperature in case where the first predetermined time is not reached, and to set the second predetermined temperature as the predetermined temperature in case the first predetermined time is reached. the light source; a temperature detector configured to detect a temperature inside of the apparatus; and a controller configured to perform a protection operation when the temperature detected by the temperature detector is higher than a predetermined temperature, the controller having stored a first predetermined temperature and a second predetermined temperature, wherein the first predetermined temperature is higher than the second predetermined temperature, and wherein the controller is further configured to acquire a power-on elapsed time representing an elapsed time from when an operation of a power switch for turning on the light source is performed, and to determine whether the power-on elapsed time has reached a second predetermined time or not, the image projector being characterized in that: in case where the power-on elapsed time has not reached the second predetermined time, the controller is further configured to acquire a power-off elapsed time from when a previous operation of the power switch for turning off the light source is performed to when a current operation of the power switch for turning on the light source is performed, to determine whether the power-off elapsed time has reached a first predetermined time, and to set the first predetermined temperature as the predetermined temperature in case where the first predetermined time is not reached, and to set the second predetermined temperature as the predetermined temperature in case the first predetermined time is reached.
Communication device comprising: - an interface (3.1) for communicating with a packet communication network; - a general processor (3.3); - a radio communication subsystem; - an oscillator (3.15) for generating reference clock signal of the radio communication subsystem; characterised in that it further comprises: - synchronisation means (3.12), implemented by the general processor, for synchronising the reference clock signal of the radio communication subsystem with at least one distant reference source over the packet communication network; - means (3.16) for generating the reference clock of the general processor and the reference clock of the radio subsystem from the single and same oscillator. - an interface (3.1) for communicating with a packet communication network; - a general processor (3.3); - a radio communication subsystem; - an oscillator (3.15) for generating reference clock signal of the radio communication subsystem; - synchronisation means (3.12), implemented by the general processor, for synchronising the reference clock signal of the radio communication subsystem with at least one distant reference source over the packet communication network; - means (3.16) for generating the reference clock of the general processor and the reference clock of the radio subsystem from the single and same oscillator.
A flame-retardant polyamide composition comprising: apolyamide that is 30 wt%to 99 wt% of the composition, the polyamide having a relative viscosity of ≥20 to ≤33 as measured as an 8.4 wt% solution in 90% formic acid, wherein the polyamide is nylon 66; and one or more flame-retardant additives; wherein the flame-retardant polyamide composition is substantially free of poly(arylene ether) and non-polyamide copolymers thereof, and the composition has aflame retardancy rating at 0.4 mm of V-2, V-1, or V-0 as measured by Underwriters' Laboratories Test No. UL 94, wherein the one or more flame-retardant additives are halogen-containing flame-retardant additives, halogen-containing flame-retardant additives with synergists, phosphorus-containing flame-retardant additives, inorganic flame-retardant additives, nitrogen-containing flame-retardant additives, nitrogen-containing flame-retardant additives with synergists, or a combination thereof, wherein the nitrogen-containing flame-retardant additives are selected from melamine cyanurate, melamine polyphosphate, melamine pyrophosphate, or mixtures thereof. apolyamide that is 30 wt%to 99 wt% of the composition, the polyamide having a relative viscosity of ≥20 to ≤33 as measured as an 8.4 wt% solution in 90% formic acid, wherein the polyamide is nylon 66; and one or more flame-retardant additives; wherein the flame-retardant polyamide composition is substantially free of poly(arylene ether) and non-polyamide copolymers thereof, and the composition has aflame retardancy rating at 0.4 mm of V-2, V-1, or V-0 as measured by Underwriters' Laboratories Test No. UL 94, wherein the one or more flame-retardant additives are halogen-containing flame-retardant additives, halogen-containing flame-retardant additives with synergists, phosphorus-containing flame-retardant additives, inorganic flame-retardant additives, nitrogen-containing flame-retardant additives, nitrogen-containing flame-retardant additives with synergists, or a combination thereof, wherein the nitrogen-containing flame-retardant additives are selected from melamine cyanurate, melamine polyphosphate, melamine pyrophosphate, or mixtures thereof.
Component made of carbon fibre strengthened plastic, consisting of or comprising a matrix material and carbon fibres embedded into the matrix material, wherein the component has at least one surface section that exhibits one or several exposed areas of the carbon fibres, characterized in that the exposed area(s) of the carbon fibres is or are, respectively, selectively coated with a layer, wherein the layer is - a layer of dip coat applied by means of electrophoretic dip coating or - a layer produced by electropolymerization. - a layer of dip coat applied by means of electrophoretic dip coating or - a layer produced by electropolymerization.
A brake disc pot having a cylindrical brake disc pot jacket without openings, characterised in that the brake disc pot jacket comprises segments (9, 9') which are aligned next to one another in the circumferential direction, they are alternately rotated by 180 angular degrees and are in the form of curved symmetrical trapeziums which are arranged regularly at an alternately differing radial distance from the centre longitudinal axis of the brake disc pot jacket.
A method of sending paging instructions to a user equipment from a network control node of a wireless communication network, radio coverage for said wireless communication network being provided in a plurality of cells by a plurality of base stations, comprising: receiving at said network control node from at least one of said base stations: user equipment capability information comprising a first indication from said user equipment as to whether said user equipment supports a coverage enhanced mode; and a second indication as to whether said user equipment supporting a coverage enhanced mode which utilizes repetition of some messaging to increase coverage is currently in an area requiring said coverage enhanced mode; storing said first and second coverage enhanced mode indications as paging property information for said user equipment at said network control node; and transmitting said paging property information to at least one of said base stations when instructing paging of said user equipment that is currently in idle mode. receiving at said network control node from at least one of said base stations: user equipment capability information comprising a first indication from said user equipment as to whether said user equipment supports a coverage enhanced mode; and a second indication as to whether said user equipment supporting a coverage enhanced mode which utilizes repetition of some messaging to increase coverage is currently in an area requiring said coverage enhanced mode; user equipment capability information comprising a first indication from said user equipment as to whether said user equipment supports a coverage enhanced mode; and a second indication as to whether said user equipment supporting a coverage enhanced mode which utilizes repetition of some messaging to increase coverage is currently in an area requiring said coverage enhanced mode; storing said first and second coverage enhanced mode indications as paging property information for said user equipment at said network control node; and transmitting said paging property information to at least one of said base stations when instructing paging of said user equipment that is currently in idle mode.
An intelligent device, wherein the intelligent device is a self-moving lawn mower and comprises a shell and a mobile station connected to the shell, and the intelligent device is configured to be, via the mobile station, in communication connection with a base station, wherein the mobile station is is configured to be detachably connected with the intelligent device such that when the mobile station is installed in the shell, positioning data of the intelligent device at a current location is obtained, and when the mobile station is located outside of the shell and located at a specific location, positioning data at the specific location is obtained; and wherein the intelligent device comprises receivers integrated on the mobile station configured to receive respectively: satellite-based positioning signals sent by a satellite-based positioning system to obtain positioning data of the corresponding intelligent device at a current location, and differential correction data sent by the base station. wherein the mobile station is is configured to be detachably connected with the intelligent device such that when the mobile station is installed in the shell, positioning data of the intelligent device at a current location is obtained, and when the mobile station is located outside of the shell and located at a specific location, positioning data at the specific location is obtained; and wherein the intelligent device comprises receivers integrated on the mobile station configured to receive respectively: satellite-based positioning signals sent by a satellite-based positioning system to obtain positioning data of the corresponding intelligent device at a current location, and differential correction data sent by the base station. satellite-based positioning signals sent by a satellite-based positioning system to obtain positioning data of the corresponding intelligent device at a current location, and differential correction data sent by the base station.
Equipment for mooring, connecting, accommodating and deriving external fibre optic cables on a support, comprising: - a body of the equipment; - the body of the equipment comprising a wedge fixation/fitting means (1.3); - a lid; - seals; - zero or at least one of the components: - a fusion module, - a module of adaptors; - two wedges, each comprising: - a body fixation/fitting means (5.1) for fitting the wedge to the wedge fixation/fitting means of the body of the equipment; characterised in that - the body of the equipment further comprises a body wall interior (1.4.1) with ledges to increase friction, wherein each wedge further comprises: - slots to place a cable protection (5.2) into which cable coating material of a fibre optic can be fixed with a knot, - wedge pins (5.3) for fixating the fibre optic cable with a fixation element, and - lateral slots (5.4) for fixating the fibre optic cable by pressing it against the body wall interior (1.4.1) of the body of the equipment. - a body of the equipment; - the body of the equipment comprising a wedge fixation/fitting means (1.3); - the body of the equipment comprising a wedge fixation/fitting means (1.3); - a lid; - seals; - zero or at least one of the components: - a fusion module, - a module of adaptors; - a fusion module, - a module of adaptors; - two wedges, each comprising: - a body fixation/fitting means (5.1) for fitting the wedge to the wedge fixation/fitting means of the body of the equipment; characterised in that - the body of the equipment further comprises a body wall interior (1.4.1) with ledges to increase friction, wherein each wedge further comprises: - slots to place a cable protection (5.2) into which cable coating material of a fibre optic can be fixed with a knot, - wedge pins (5.3) for fixating the fibre optic cable with a fixation element, and - lateral slots (5.4) for fixating the fibre optic cable by pressing it against the body wall interior (1.4.1) of the body of the equipment. - the body of the equipment further comprises a body wall interior (1.4.1) with ledges to increase friction, - slots to place a cable protection (5.2) into which cable coating material of a fibre optic can be fixed with a knot, - wedge pins (5.3) for fixating the fibre optic cable with a fixation element, and - lateral slots (5.4) for fixating the fibre optic cable by pressing it against the body wall interior (1.4.1) of the body of the equipment.