mhurhangee/ep-ind-claims huggingface dataset:
Reclining surface with inclination adjusters (14, 24, 34, 44) for the pivotably inclination-adjustable tilting parts (2, 7) of the reclining surface, in particular for beds, upholstered furniture, sofa beds and the like, wherein each inclination adjuster (14, 24, 34, 44) is longitudinally displaceable and is lockable in at least one stop position, wherein each inclination adjuster (14, 24, 34, 44) is arranged on the respective segmental parts of the reclining surface and wherein each inclination adjuster consists of an outer profiled outer tube, in the inner profile of which an insertion part adapted to the profile of the outer tube is arranged to be displaceable in distortion-resistant manner, and wherein a longitudinally lockable stop device (49, 50, 51) is arranged between the outer tube and the insertion part, wherein the stop device (49, 50, 51) is designed as a connecting link guide with a stop bolt which engages in stop shoulders of the connecting link guide loaded only by gravity, characterised in that the outer tube has a connecting link guide with a stop bolt which engages, loaded by gravity depending on the displacement position of the insertion part in the outer tube, at a certain stop position of the connecting link guide or is raised from this stop position and can be brought to a further stop position, and in that the insertion part has a longitudinal recess which consists of a control surface aligned in the direction of the longitudinal axis of the insertion part and which merges recessed into adjoining stop shoulders which form a support for a stop bolt engaging there.
A water dividing valve, comprising a water dividing body and an operation member, wherein the water dividing body comprises a water inlet cavity, wherein the water dividing valve further comprises a movable rod and a transmission member, the movable rod is disposed in the water inlet cavity, the movable rod comprises a plug and a water passage, the water passage is communicated with the water inlet cavity, the operation member surrounds an outer side of the water dividing body and is configured to be driven to rotate, the transmission member is disposed between the operation member and the movable rod to convert a circumferential movement of the operation member to a circumferential movement and an axial movement of the movable rod or to convert a circumferential movement of the operation member to an axial movement of the movable rod to enable the plug to close or open the water inlet cavity, characterized in that an outer periphery of the movable rod comprises at least one sliding rail, the transmission member comprises at least one ball, and each of the at least one ball is disposed in an inner wall of the operation member and slidably cooperates to a corresponding one of the at least one slide rail. a water dividing body and an operation member, wherein the water dividing body comprises a water inlet cavity, wherein the water dividing valve further comprises a movable rod and a transmission member, the movable rod is disposed in the water inlet cavity, the movable rod comprises a plug and a water passage, the water passage is communicated with the water inlet cavity, the operation member surrounds an outer side of the water dividing body and is configured to be driven to rotate, the transmission member is disposed between the operation member and the movable rod to convert a circumferential movement of the operation member to a circumferential movement and an axial movement of the movable rod or to convert a circumferential movement of the operation member to an axial movement of the movable rod to enable the plug to close or open the water inlet cavity, characterized in that an outer periphery of the movable rod comprises at least one sliding rail, the transmission member comprises at least one ball, and each of the at least one ball is disposed in an inner wall of the operation member and slidably cooperates to a corresponding one of the at least one slide rail.
Method for controlling and/or regulating an electric energy system, in which by means of empirical data on the stability of the energy system provided in a first data storage device, and by means of a multidimensional decision matrix created in a second data storage device using a data-processing arrangement, wherein a first dimension of said decision matrix contains system states of the energy system and a second dimension contains possible events in the energy system, in each case derived from the empirical data, wherein in each case at least one measure (14, 44) for ensuring the stability of the energy system is assigned to the system states and the events, and wherein phasor measurement data for current and voltage with high temporal resolution and a time stamp are recorded, each of which are obtained by means of phasor measuring devices distributed in the energy system, characterized in that by means of the data processing arrangement and on the basis of phasor measurement data, a system state and an event are selected, so that at least one measure is selected and is automatically implemented by means of actuators in the energy system to secure the stability of the energy system, and that the measures (14, 44) for securing the stability of the network comprise controlling and/or regulating the energy supply into the electric energy system by means of energy generating devices as actuators.
A light assembly comprising: a base having a receiving port; a first light source supported by the base, the first light source including an area light emitting diode configured to emit light in an upward direction from the base; a second light source supported by the base, and the second light source including a flood light emitting diode configured to emit light from a side of the base; and a diffuser supported by the base, the diffuser extending upwardly from the base to enclose the first light source, the diffuser diffusing light emitted from the first light source to the surrounding area in an upward and outward direction; characterized in that: the light assembly further comprises a battery pack removably received in the receiving port of the base; and wherein the second light source is supported on the side of the base outside the diffuser. a base having a receiving port; a first light source supported by the base, the first light source including an area light emitting diode configured to emit light in an upward direction from the base; a second light source supported by the base, and the second light source including a flood light emitting diode configured to emit light from a side of the base; and a diffuser supported by the base, the diffuser extending upwardly from the base to enclose the first light source, the diffuser diffusing light emitted from the first light source to the surrounding area in an upward and outward direction; characterized in that: the light assembly further comprises a battery pack removably received in the receiving port of the base; and wherein the second light source is supported on the side of the base outside the diffuser. the light assembly further comprises a battery pack removably received in the receiving port of the base; and wherein the second light source is supported on the side of the base outside the diffuser.
A helmet, comprising: an energy absorbing layer wherein, during an impact, the energy absorbing layer acts as an impact absorber by compressing the energy absorbing layer; optionally an outer shell arranged outside of the energy absorbing layer; and an attachment device provided for attachment of the helmet to a wearer's head, fixed to the energy absorbing layer and/ or the outer shell by means of at least one fixation member; characterised in that the attachment device is aimed to be at least partly in contact with the top portion of the head or skull of a wearer's head; plural parts or portions of the attachment device are provided with sliding facilitators, for providing slidability between the energy absorbing layer and the attachment device; and during an impact, the sliding facilitators allow sliding between the attachment device and the energy absorbing layer allowing for a controlled way to absorb rotational energy. an energy absorbing layer wherein, during an impact, the energy absorbing layer acts as an impact absorber by compressing the energy absorbing layer; optionally an outer shell arranged outside of the energy absorbing layer; and an attachment device provided for attachment of the helmet to a wearer's head, fixed to the energy absorbing layer and/ or the outer shell by means of at least one fixation member; characterised in that the attachment device is aimed to be at least partly in contact with the top portion of the head or skull of a wearer's head; plural parts or portions of the attachment device are provided with sliding facilitators, for providing slidability between the energy absorbing layer and the attachment device; and during an impact, the sliding facilitators allow sliding between the attachment device and the energy absorbing layer allowing for a controlled way to absorb rotational energy.
A method for amplifying a plurality of different target sequences within a sample, comprising: amplifying within a single amplification reaction mixture at least one hundred different target sequences from a sample including a plurality of different target sequences, wherein the amplifying includes contacting at least some portion of the sample with a plurality of target-specific primers, and a polymerase under amplification conditions, thereby producing at least one hundred different amplified target sequences, wherein at least two of the different amplified target sequences are less than 50% complementary to each other and wherein at least one of the plurality of target-specific primers and at least one of the amplified target sequences includes a cleavable group; cleaving a cleavable group of at least one amplified target sequence; ligating at least one adapter to at least one amplified target sequence in a blunt-ended ligation reaction, thereby producing one or more adapter-ligated amplified target sequences, and reamplifying at least one of the adapter-ligated amplified target sequences. amplifying within a single amplification reaction mixture at least one hundred different target sequences from a sample including a plurality of different target sequences, wherein the amplifying includes contacting at least some portion of the sample with a plurality of target-specific primers, and a polymerase under amplification conditions, thereby producing at least one hundred different amplified target sequences, wherein at least two of the different amplified target sequences are less than 50% complementary to each other and wherein at least one of the plurality of target-specific primers and at least one of the amplified target sequences includes a cleavable group; cleaving a cleavable group of at least one amplified target sequence; ligating at least one adapter to at least one amplified target sequence in a blunt-ended ligation reaction, thereby producing one or more adapter-ligated amplified target sequences, and reamplifying at least one of the adapter-ligated amplified target sequences.
A system including at least one printing apparatus (203, 205) and a management server configured to manage a color of an image output by a printing apparatus (203, 205), the system comprising: acquisition means (405, 455) configured to acquire setting information set for a print job to be executed by the printing apparatus (203, 205), the setting information including information about at least a sheet to be used for printing and image processing to be executed on the print job; generation means (401, 451) configured to generate, based on the acquired setting information, a profile to be used in a color check process, the profile having information about at least a type of the sheet and the image processing; and executing means (501, 509, 510) configured to, based on receiving an instruction to execute a print job, apply the image processing to chart data, print the chart data obtained by applying the image processing on a sheet of the type, and execute a color check process using the generated profile by measuring colors of the printed chart data; and printing means configured to print an image obtained by applying the image processing on the print job on a sheet of the type based on a result of executing the color check process by the executing means (501, 509, 510). acquisition means (405, 455) configured to acquire setting information set for a print job to be executed by the printing apparatus (203, 205), the setting information including information about at least a sheet to be used for printing and image processing to be executed on the print job; generation means (401, 451) configured to generate, based on the acquired setting information, a profile to be used in a color check process, the profile having information about at least a type of the sheet and the image processing; and executing means (501, 509, 510) configured to, based on receiving an instruction to execute a print job, apply the image processing to chart data, print the chart data obtained by applying the image processing on a sheet of the type, and execute a color check process using the generated profile by measuring colors of the printed chart data; and printing means configured to print an image obtained by applying the image processing on the print job on a sheet of the type based on a result of executing the color check process by the executing means (501, 509, 510).
A safety control cabinet, having a base element, two side wall elements, a rear wall element, a head element and a door element, a framework being accommodated in the safety control cabinet, to which at least the side wall elements are rigidly connected, wherein the door element is hinged to one of the side wall elements, the side wall elements, the base element and the head element forming a door opening, in which the door element is accommodated in a closed position, characterized in that the side wall elements, the floor element and the head element adjoining narrow longitudinal and transverse sides of the door element at least in the regions in which they adjoin the door element in the closed position, so that a coolant accommodated in the side wall elements, the floor element or the head element can be released through the passages in the event of fire.
Use of a buffer comprising glycine and having a pH of greater than 10 and a buffer capacity of 0.01 or less, for killing gram negative bacteria and inhibiting the growth of gram positive bacteria in a solution comprising the buffer and treprostinil and/or treprostinil sodium.
A system, comprising: a first fastening strip which can be arranged on the wall, floor, ceiling or plate-shaped elements and has a plurality of first bendable tabs, a second fastening strip which can be arranged on the wall, ceiling or floor opposite the first fastening strip and has a plurality of second bendable tabs, and a plate-shaped element without a frame running round the outside, having a first groove provided on a first side and a second groove provided on a second side, the second side being opposite the first side, wherein the plurality of first bendable tabs are engageable with the first groove of the plate-shaped element and the plurality of second bendable tabs are engageable with the second groove of the plate-shaped element. a first fastening strip which can be arranged on the wall, floor, ceiling or plate-shaped elements and has a plurality of first bendable tabs, a second fastening strip which can be arranged on the wall, ceiling or floor opposite the first fastening strip and has a plurality of second bendable tabs, and a plate-shaped element without a frame running round the outside, having a first groove provided on a first side and a second groove provided on a second side, the second side being opposite the first side, wherein the plurality of first bendable tabs are engageable with the first groove of the plate-shaped element and the plurality of second bendable tabs are engageable with the second groove of the plate-shaped element.
A method of performing hybrid automatic repeat request, HARQ, in a multiple carrier system, performed by a user equipment, UE, the method comprising: receiving a first downlink grant on a downlink control channel through a first component carrier, the first downlink grant including a first HARQ process index, HID, indicating an HARQ process and a first new data indicator, NDI, indicating a new transmission or a retransmission; receiving a downlink transfer block on the downlink data channel indicated by a resource allocation in the first downlink grant through the first component carrier; transmitting a negative-acknowledgement, NACK, signal for the downlink transport block; receiving a management message regarding a transfer from the first component carrier to a second component carrier; receiving a second downlink grant on the downlink control channel through the second component carrier, the second downlink grant including a second HID and a second NDI indicating a new transmission or a retransmission of the downlink transfer block; determining that the second HID indicates an HARQ process on the second downlink grant which is the same as the HARQ process on the first downlink grant when the second HID is equal to the first HID; determining that the second NDI indicates that retransmission is performed when the second NDI is not toggled in view of the first NDI, and receiving a retransmission of the downlink transfer block through the second component carrier. receiving a first downlink grant on a downlink control channel through a first component carrier, the first downlink grant including a first HARQ process index, HID, indicating an HARQ process and a first new data indicator, NDI, indicating a new transmission or a retransmission; receiving a downlink transfer block on the downlink data channel indicated by a resource allocation in the first downlink grant through the first component carrier; transmitting a negative-acknowledgement, NACK, signal for the downlink transport block; receiving a management message regarding a transfer from the first component carrier to a second component carrier; receiving a second downlink grant on the downlink control channel through the second component carrier, the second downlink grant including a second HID and a second NDI indicating a new transmission or a retransmission of the downlink transfer block; determining that the second HID indicates an HARQ process on the second downlink grant which is the same as the HARQ process on the first downlink grant when the second HID is equal to the first HID; determining that the second NDI indicates that retransmission is performed when the second NDI is not toggled in view of the first NDI, and receiving a retransmission of the downlink transfer block through the second component carrier.
An actuator assembly, comprising: a fluid actuator; a positioner; a volume booster; the volume booster having a plurality of mounting surfaces (27a, 27b, 27c, 27d) in a generally rectangular arrangement about a longitudinal axis Z, wherein the plurality of mounting surfaces (27a-27d) defines a cube-space volume on a lower portion of the volume booster; and a mounting plate; the mounting surfaces (27a-27d) being adapted to operatively couple to the mounting plate; characterized in that, the mounting plate includes threaded holes (31a-31d) to threadably attach the volume booster to the mounting plate via fasteners (29a-29d); and in that, the mounting plate further includes slotted holes (33a, 33b) to slidably secure the mounting plate to the fluid actuator and therefore attach the volume booster to the actuator. a fluid actuator; a positioner; a volume booster; the volume booster having a plurality of mounting surfaces (27a, 27b, 27c, 27d) in a generally rectangular arrangement about a longitudinal axis Z, wherein the plurality of mounting surfaces (27a-27d) defines a cube-space volume on a lower portion of the volume booster; and a mounting plate; the mounting surfaces (27a-27d) being adapted to operatively couple to the mounting plate; characterized in that, the mounting plate includes threaded holes (31a-31d) to threadably attach the volume booster to the mounting plate via fasteners (29a-29d); and in that, the mounting plate further includes slotted holes (33a, 33b) to slidably secure the mounting plate to the fluid actuator and therefore attach the volume booster to the actuator.
Motor vehicle, comprising at least one lifting device integrated into the hatchback, comprising an electric motor pull rope system consisting of at least one load cable; at least one electric motor driven take up roller for reeling the load cable up and off; and a cable guide, by means of which at least two cable harnesses that extend in parallel can be led out of the hatchback in the direction of the floor, wherein the cable harnesses extending in parallel as load reception means are connected at the end side by means of a carrier rod, characterized in that at least one installation frame is provided for the lifting device in the hatchback, at which the at least one take up roller, including an electric motor drive, and optionally the cable guide are supported, and at least one, preferably two, positioning elements are provided that are supported on the installation frame at the end side and whose other ends are supported at the vehicle frame of the motor vehicle such that a direct force transmission from the installation frame into the vehicle body takes place. at least one electric motor driven take up roller for reeling the load cable up and off; and a cable guide, by means of which at least two cable harnesses that extend in parallel can be led out of the hatchback in the direction of the floor, wherein the cable harnesses extending in parallel as load reception means are connected at the end side by means of a carrier rod, characterized in that at least one installation frame is provided for the lifting device in the hatchback, at which the at least one take up roller, including an electric motor drive, and optionally the cable guide are supported, and at least one, preferably two, positioning elements are provided that are supported on the installation frame at the end side and whose other ends are supported at the vehicle frame of the motor vehicle such that a direct force transmission from the installation frame into the vehicle body takes place.
An arrangement for thermal management of a heat generating component, wherein the heat generating component is arranged within an enclosure and in thermal contact with a dielectric liquid, the arrangement comprising a first electrohydrodynamic, EHD, flow unit arranged within the enclosure, wherein the first EHD flow unit comprises a first electrode and a second electrode arranged offset from the first electrode, and wherein the first EHD flow unit is configured for controlling a flow of the dielectric liquid between the first electrode and the second electrode, the arrangement further comprising an enclosure wall configured to at least partly define the enclosure, wherein the enclosure wall is configured to be attached to one of the heat generating component and an interposer carrying the heat generating component, thereby defining the enclosure.