mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle, having at least one seat for a person which is arranged in the interior of the motor vehicle, the motor vehicle comprising at least one device for the targeted removal of droplets and/or particles, which has: - at least one outlet opening arranged in the interior; and - at least one fan, by means of which air is to be conveyed through the outlet opening, whereby, by means of the device, an air curtain can be provided in the interior for removing the droplets and/or particles, which air curtain is formed by the air conveyed by means of the fan, is directed in a targeted manner, is formed in front of a mouth and nose area of the person sitting on the seat, and extends in a plane which is spanned by the vehicle transverse direction and the vehicle vertical direction; and - at least one collecting element with at least one collecting opening which is opposite the outlet opening and is arranged in the interior space and by means of which at least part of the air curtain and thus at least some of the droplets and/or particles removed by means of the air curtain and guided in a targeted manner to the collecting opening can be collected in a targeted manner; characterized in that the air curtain, the flow direction of which extends in the vehicle transverse direction and toward the collecting opening opposite the outlet opening in the vehicle transverse direction, extends in a plane which is spanned by the vehicle transverse direction of the motor vehicle and the vehicle vertical direction of the motor vehicle. - at least one outlet opening arranged in the interior; and - at least one fan, by means of which air is to be conveyed through the outlet opening, whereby, by means of the device, an air curtain can be provided in the interior for removing the droplets and/or particles, which air curtain is formed by the air conveyed by means of the fan, is directed in a targeted manner, is formed in front of a mouth and nose area of the person sitting on the seat, and extends in a plane which is spanned by the vehicle transverse direction and the vehicle vertical direction; and - at least one collecting element with at least one collecting opening which is opposite the outlet opening and is arranged in the interior space and by means of which at least part of the air curtain and thus at least some of the droplets and/or particles removed by means of the air curtain and guided in a targeted manner to the collecting opening can be collected in a targeted manner;
An eccentric oscillation gear device (1, 3000) comprising: a casing; a first member supported by the casing via a first bearing; a second member supported by the casing via a second bearing; and a fastening portion fastening the first and second members (41, 42) in an axial direction of the casing, wherein the fastening portion includes: an intemally threaded portion formed in the first member; and a fastener having an externally threaded portion, characterized in that the fastener has a Rockwell hardness HRC of 44 or higher, and the internally threaded portion has a lower hardness than the fastener. a casing; a first member supported by the casing via a first bearing; a second member supported by the casing via a second bearing; and a fastening portion fastening the first and second members (41, 42) in an axial direction of the casing, wherein the fastening portion includes: an intemally threaded portion formed in the first member; and a fastener having an externally threaded portion, characterized in that the fastener has a Rockwell hardness HRC of 44 or higher, and the internally threaded portion has a lower hardness than the fastener. an intemally threaded portion formed in the first member; and a fastener having an externally threaded portion, characterized in that the fastener has a Rockwell hardness HRC of 44 or higher, and the internally threaded portion has a lower hardness than the fastener.
Method for producing a surface formation, preferably a sample carrier, with a multitude of MALDI matrix points or sub-points, wherein a multilayered surface formation comprising a first layer with an ultraphobic surface and a carrier layer is formed, wherein the first layer is reversibly applied on the carrier layer and the MALDI matrix points or sub-points are applied to the sample carrier by precipitation of a MALDI matrix substance from the gas phase, preferably sublimation, wherein the MALDI matrix points or sub-points represent hydrophilic regions that are completely enclosed by ultraphobic regions, wherein the maximum local deviation of the surface formation from planarity is <100 μm, over a length of 100 mm.
A tribological system (1; 2) comprising a first body (102; 105) and a second body (101; 107), which each form a component of an internal combustion engine, in particular a piston, a piston ring or a cylinder (101, 107) and the surfaces (112, 108, 113) of which have a first and second material area (11, 12), which come into contact with each other at least in some regions during operation and form a tribological contact, wherein the first material area on a first body formed as a piston ring is a layer on the basis of aluminum chromium oxide, which has a chemical composition of (Al1-xCr-y)2O3, in which: 0.1 ≤ x ≤ 1 and y ≤ 0.5; 0.5 ≤ x ≤ 1 and y ≤ 0.5 or x = 0.7 and y = 0.3, and the second material area on a second body formed as a cylinder (101, 107) is an aluminum chromium oxide mixed layer having a composition of 10 wt.% to below 100 wt.% Cr2O3 and correspondingly more than 0 wt.% to 90 wt.% Al2O3.
A method for obtaining a high-dynamic range image, the method comprising: applying a Single Layer reconstruction process on a standard dynamic range image, the dynamic range of the luminance values of the SDR image being lower than the dynamic range of the luminance values of the HDR image, wherein the Single Layer reconstruction process utilizes parameters of a mapping and a color correction used for reconstructing the HDR image from the SDR image, replacing one of the parameters by a recovered parameter when the parameter is not received from a bitstream or when the parameter is received but corrupted, wherein the Single Layer reconstruction process utilizes the recovered parameter for reconstructing the HDR image from the SDR image. applying a Single Layer reconstruction process on a standard dynamic range image, the dynamic range of the luminance values of the SDR image being lower than the dynamic range of the luminance values of the HDR image, wherein the Single Layer reconstruction process utilizes parameters of a mapping and a color correction used for reconstructing the HDR image from the SDR image, replacing one of the parameters by a recovered parameter when the parameter is not received from a bitstream or when the parameter is received but corrupted, wherein the Single Layer reconstruction process utilizes the recovered parameter for reconstructing the HDR image from the SDR image.
A message processing method, applied to a switch having one management interface and at least two virtual logical devices, the message processing method being characterised by comprising: parsing, by the management interface in response to receiving a message, each sub-message of a plurality of sub-messages contained in the message to obtain a plurality of target IP addresses, determining virtual logical devices according to the plurality of target IP addresses, and transmitting the sub-messages to the corresponding virtual logical devices; and receiving, by the virtual logical devices, the sub-messages from the management interface. parsing, by the management interface in response to receiving a message, each sub-message of a plurality of sub-messages contained in the message to obtain a plurality of target IP addresses, determining virtual logical devices according to the plurality of target IP addresses, and transmitting the sub-messages to the corresponding virtual logical devices; and receiving, by the virtual logical devices, the sub-messages from the management interface.
A device for drying a work piece, in particular for drying a vehicle body, having a drying tunnel, which consists of a plurality of tunnel sections (4, 5, 6, 7, 8), wherein each of the tunnel sections (4, 5, 6, 7, 8) comprises at least one air outlet (10, 11) and at least one air inlet (12, 13) and a circulating air heating unit is assigned to a plurality of tunnel sections (4, 5, 6, 7), to which chamber exhaust air from the at least one air outlet (10, 11) of the tunnel section (4, 5, 6, 7, 8) can be supplied and each circulating air heating unit comprises a heat exchanger, in which thermal energy from a hot primary air can be transferred to a chamber supply air, which can be supplied to the tunnel section (4, 5, 6,7) via the at least one air inlet, wherein a fresh air inlet and a mixing device is assigned at least to one of the circulating air heating units, wherein fresh air can be supplied through the fresh air inlet to the circulating air heating unit and the mixing device is provided for the mixing of the fresh air with the chamber exhaust air, wherein the fresh air to be supplied to the individual tunnel sections (4, 6, 7) is mixed before being introduced into the tunnel section (4, 6, 7) in at least one of the circulating air heating units of the tunnel sections (4, 6, 7) for heating with the chamber exhaust air to form a chamber supply air and a sluice supply air, wherein dryer outgoing air is removed from some of the tunnel sections (5, 6, 7) via the air outlet and is supplied to an afterburner device of the device and the dryer outgoing air is treated in the afterburner device and thus the hot primary air is generated, wherein in at least one of the circulating air heating units the common volume flow of fresh air and chamber exhaust air is heated and this is finally divided into the chamber supply air and the sluice supply air.
A dishwasher comprising: a wash tub defining a space in which dishes are washed; at least one lower basket disposed in the wash tub; a first upper basket disposed over the lower basket inside the wash tub; a second upper basket adjacent to the first upper basket; and movement parts (321, 323) for moving the first upper basket in a horizontal direction inside the wash tub to adjust the location of the first upper basket, wherein the movement parts (321, 323) are configured for moving the first upper basket to the second upper basket such that the first upper basket overlaps the second upper basket to increase a maximum height of a dish containable in the lower basket by a height of a dish containable in the first upper basket, wherein the movement parts (321, 323) are further configured for adjusting a height of the first upper basket in a vertical direction; and wherein the movement parts (321, 323) are further configured for moving the first upper basket such that the first upper basket and the second upper basket are disposed side by side. a wash tub defining a space in which dishes are washed; at least one lower basket disposed in the wash tub; a first upper basket disposed over the lower basket inside the wash tub; a second upper basket adjacent to the first upper basket; and movement parts (321, 323) for moving the first upper basket in a horizontal direction inside the wash tub to adjust the location of the first upper basket, wherein the movement parts (321, 323) are configured for moving the first upper basket to the second upper basket such that the first upper basket overlaps the second upper basket to increase a maximum height of a dish containable in the lower basket by a height of a dish containable in the first upper basket, wherein the movement parts (321, 323) are further configured for adjusting a height of the first upper basket in a vertical direction; and wherein the movement parts (321, 323) are further configured for moving the first upper basket such that the first upper basket and the second upper basket are disposed side by side.
Anchor for surgical repair of a tissue, which anchor, for its placement on the tissue to be repaired, is movable along a hollow needle and connectable to a suture element, and which comprises at least two anchor portions (8, 10), which are connected to each other by an axle arrangement, via which the anchor portions (8, 10) are pivotable relative to one another between a retracted position and a deployed position, characterised in that the axle arrangement has an axle element provided on the first anchor portion and a guide recess provided on the second anchor portion, by which the first anchor portion is held rotatably and linearly displaceable relative to the second anchor portion, and the anchor portions (8, 10) are displaceable from the retracted position to the deployed position by means of a rotation movement, and are displaceable from the deployed position into a rotationally blocked position by means of a linear movement. which anchor, for its placement on the tissue to be repaired, is movable along a hollow needle and connectable to a suture element, and which comprises at least two anchor portions (8, 10), which are connected to each other by an axle arrangement, via which the anchor portions (8, 10) are pivotable relative to one another between a retracted position and a deployed position, characterised in that the axle arrangement has an axle element provided on the first anchor portion and a guide recess provided on the second anchor portion, by which the first anchor portion is held rotatably and linearly displaceable relative to the second anchor portion, and the anchor portions (8, 10) are displaceable from the retracted position to the deployed position by means of a rotation movement, and are displaceable from the deployed position into a rotationally blocked position by means of a linear movement.
A motor control unit including a drive circuit that supplies electric power to an electric motor and that has a plurality of series circuits each of which includes upper switching element (111, 113, 115) and lower switching element (112, 114, 116) connected in series with each other, each series circuit connected in parallel to a power source and provided for a corresponding one of a plurality of phases (U, V, W) of the electric motor, the motor control unit configured to control the switching elements of the drive circuit on a basis of pulse width modulation signals that are generated for each of a plurality of PWM periods (Tc) included in a current control period (Ta), the motor control unit comprising: a PWM count calculator that calculates first PWM counts (Cu, Cv, Cw) of the plurality of phases, each first PWM count being calculated for the current control period (Ta) being the period of a control loop that calculates the motor current; a PWM count setter that sets the first PWM count (Cu, Cv, Cw) of each of the plurality of phases as a second PWM count of a corresponding one of the plurality of phases, the second PWM count being set for each of the plurality of PWM periods (Tc) within the current control period (T a); and characterized in that it further comprises a PWM count changer that changes the second PWM count of at least one of the plurality of phases, without changing a total of the second PWM counts (Cu, Cv, Cw) of the at least one phase within the current control period (Ta), such that a number of times the switching elements corresponding to the at least one phase are switched within the current control period (Ta) is reduced. a PWM count calculator that calculates first PWM counts (Cu, Cv, Cw) of the plurality of phases, each first PWM count being calculated for the current control period (Ta) being the period of a control loop that calculates the motor current; a PWM count setter that sets the first PWM count (Cu, Cv, Cw) of each of the plurality of phases as a second PWM count of a corresponding one of the plurality of phases, the second PWM count being set for each of the plurality of PWM periods (Tc) within the current control period (T a); and characterized in that it further comprises a PWM count changer that changes the second PWM count of at least one of the plurality of phases, without changing a total of the second PWM counts (Cu, Cv, Cw) of the at least one phase within the current control period (Ta), such that a number of times the switching elements corresponding to the at least one phase are switched within the current control period (Ta) is reduced.
A system for spreadsheet navigation; comprising: one or more processors; and a memory coupled to the one or more processors, the one or more processors operable to: display an electronic spreadsheet document via a first spreadsheet application user interface mode; display a first content level of an electronic spreadsheet document in association with the first spreadsheet application user interface mode; receive a first gesture on the electronic spreadsheet document; automatically navigate to and display a second content level of the electronic spreadsheet document, the second content level of the electronic spreadsheet document displaying thumbnail representations of enlarged content items overlaid on a zoomed out view of the electronic spreadsheet document, wherein the thumbnail representations of the enlarged content items provide a reference relating to a location of the content items in the electronic spreadsheet document; receive a selection of one of the thumbnail representations; and navigate to the location of the selected thumbnail representation in the electronic spreadsheet document. one or more processors; and a memory coupled to the one or more processors, the one or more processors operable to: display an electronic spreadsheet document via a first spreadsheet application user interface mode; display a first content level of an electronic spreadsheet document in association with the first spreadsheet application user interface mode; receive a first gesture on the electronic spreadsheet document; automatically navigate to and display a second content level of the electronic spreadsheet document, the second content level of the electronic spreadsheet document displaying thumbnail representations of enlarged content items overlaid on a zoomed out view of the electronic spreadsheet document, wherein the thumbnail representations of the enlarged content items provide a reference relating to a location of the content items in the electronic spreadsheet document; receive a selection of one of the thumbnail representations; and navigate to the location of the selected thumbnail representation in the electronic spreadsheet document. display an electronic spreadsheet document via a first spreadsheet application user interface mode; display a first content level of an electronic spreadsheet document in association with the first spreadsheet application user interface mode; receive a first gesture on the electronic spreadsheet document; automatically navigate to and display a second content level of the electronic spreadsheet document, the second content level of the electronic spreadsheet document displaying thumbnail representations of enlarged content items overlaid on a zoomed out view of the electronic spreadsheet document, wherein the thumbnail representations of the enlarged content items provide a reference relating to a location of the content items in the electronic spreadsheet document; receive a selection of one of the thumbnail representations; and navigate to the location of the selected thumbnail representation in the electronic spreadsheet document.
An optical mirror telescope, comprising - a primary mirror, - a secondary mirror, and - a support structure, comprising - a beam inlet, - a primary mounting for the primary mirror, - a secondary mounting for the secondary mirror, - struts which extend between the primary mounting and the secondary mounting, and - a beam outlet, wherein the optical axis of the primary mirror or of the secondary mirror differs from the geometric axis thereof, wherein the support structure has the contour of a hyperboloid of one sheet, which has a first sectional plane and a second sectional plane, the second sectional plane 9 being spanned by two parallel straight lines, each of these two parallel straight lines generating the hyperboloid of one sheet by rotation, and wherein the primary mounting, the secondary mounting and the struts are configured so as to carry the primary mirror and the secondary mirror in such a way that a z-shaped beam path between the beam inlet, the primary mirror, the secondary mirror and the beam outlet is achieved, and wherein the struts are of the same length, wherein the support structure is configured in such a way that the second sectional plane of the hyperboloid extends on a principal axis of inertia of the mirror telescope, a geometric connecting line L of the primary mirror and the secondary mirror extends on a principal axis of inertia of the mirror telescope, and a portion of the z-shaped beam path extends parallel to the second sectional plane of the hyperboloid. - a primary mirror, - a secondary mirror, and - a support structure, comprising - a beam inlet, - a primary mounting for the primary mirror, - a secondary mounting for the secondary mirror, - struts which extend between the primary mounting and the secondary mounting, and - a beam outlet, - a beam inlet, - a primary mounting for the primary mirror, - a secondary mounting for the secondary mirror, - struts which extend between the primary mounting and the secondary mounting, and - a beam outlet,