mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a profile depth of a profile of a tire during operation of a vehicle having the tire, wherein the method comprises the following steps: - determining an instantaneous rotational speed of a wheel of the vehicle having the tire, on the basis of data determined by at least one first sensor, - determining an instantaneous speed of the vehicle on the basis of data determined by at least one second sensor, which is different from the at least one first sensor, - determining an instantaneous dynamic radius of the wheel having the tire, on the basis of the determined instantaneous rotational speed and the determined instantaneous speed, characterized by the steps of: - determining at least one first parameter of the tire, selected from the group composed of an instantaneous tire temperature, an instantaneous tire pressure and an instantaneous tire load, - determining an instantaneous dynamic internal radius of the wheel on the basis of the at least one determined first parameter, wherein the internal radius of the wheel is the distance between the wheel center and the tire-side start of the profile, and - determining a profile depth of the profile of the tire on the basis of the determined instantaneous dynamic radius and the determined instantaneous dynamic internal radius. - determining an instantaneous rotational speed of a wheel of the vehicle having the tire, on the basis of data determined by at least one first sensor, - determining an instantaneous speed of the vehicle on the basis of data determined by at least one second sensor, which is different from the at least one first sensor, - determining an instantaneous dynamic radius of the wheel having the tire, on the basis of the determined instantaneous rotational speed and the determined instantaneous speed, - determining at least one first parameter of the tire, selected from the group composed of an instantaneous tire temperature, an instantaneous tire pressure and an instantaneous tire load, - determining an instantaneous dynamic internal radius of the wheel on the basis of the at least one determined first parameter, wherein the internal radius of the wheel is the distance between the wheel center and the tire-side start of the profile, and - determining a profile depth of the profile of the tire on the basis of the determined instantaneous dynamic radius and the determined instantaneous dynamic internal radius.
A fire grate formed by being stamped from a sheet metal blank comprising: a center forming a high-point of the fire grate; a circular perimeter surrounding and spaced from the center, the center being higher than the perimeter; at least one circumferential stiffening ring formed by bends in the sheet metal and extending at least partially about the center; and a plurality of ventilation holes between the center and the perimeter, characterized in that the fire grate is dome-shaped, and in that the fire grate further comprises a plurality of radial stiffening ribs formed by bends in the sheet metal and extending from the perimeter and toward the center. a center forming a high-point of the fire grate; a circular perimeter surrounding and spaced from the center, the center being higher than the perimeter; at least one circumferential stiffening ring formed by bends in the sheet metal and extending at least partially about the center; and a plurality of ventilation holes between the center and the perimeter, characterized in that the fire grate is dome-shaped, and in that the fire grate further comprises a plurality of radial stiffening ribs formed by bends in the sheet metal and extending from the perimeter and toward the center.
A sealing material, comprising a metal plate and a foamed rubber layer formed on one surface, or each of both surfaces, of the metal plate, wherein the foamed rubber layer has a closed cell rate of 50% or more, and a surface of the foamed rubber layer has a maximum height Rz determined by a method in conformity to JIS B 0601-2001 of 40 μm or less.
An optical scanning device arranged to output a light beam from a light source through an emission window (8a-8d) in an optical housing to scan a surface to be scanned, the optical scanning device comprising a shutter member being movable so as to close or open the emission window; characterized in that the shutter member is provided integrally to the optical housing for reciprocal sliding motion adjacent and above an upper cover of the optical housing between a first position at which it closes the emission window and a second position at which it opens the emission window; and in that the shutter member has a cleaning opening at a position corresponding to a guide shape in the optical housing for guiding an inserted cleaning member for cleaning the emission window (8a-8d), the opening allowing insertion of the cleaning member when, and only when, the shutter member is in its first position.
An integrated sink system, comprising: a standard sink basin; a vent/holding line having a generally constant diameter along its length; a conduit between the standard sink basin and the vent/holding line, wherein the conduit joins with the vent/holding line at a joint; at least one level sensor; a flush valve positioned below the joint; characterized in that the integrated sink system further comprises: a manual bypass valve that bypasses the flush valve, the manual bypass valve having a first connection point to the line at a position above the flush valve and a second connection point: i) to the line below the flush valve; or ii) to a drain mast. a standard sink basin; a vent/holding line having a generally constant diameter along its length; a conduit between the standard sink basin and the vent/holding line, wherein the conduit joins with the vent/holding line at a joint; at least one level sensor; a flush valve positioned below the joint; characterized in that the integrated sink system further comprises: a manual bypass valve that bypasses the flush valve, the manual bypass valve having a first connection point to the line at a position above the flush valve and a second connection point: i) to the line below the flush valve; or ii) to a drain mast. i) to the line below the flush valve; or ii) to a drain mast.
A load break switch device or fused switch device for receiving at least one fuse or a fuse plug for a fuse, which comprises a housing (110, 110') and at least one input terminal (120, 120') for connecting to a power supply and at least one output terminal (140, 140') for connecting to at least one electrical device, the load break switch device or fused switch device comprising for each fuse one base contact (160, 106') and one top contact inside the housing (110, 110'), which are designed such that they can each be brought into contact with an associated base contact (160, 160') and an associated top contact of the fuse when the fuse is inserted and in the operating state, characterised in that the base contact (160, 160') of the load break switch device or of the fused switch device is designed, at least in a portion, such that it has a flat surface which is oriented in the direction of a base contact (322, 322') of a fuse to be inserted, the base contact (160, 160') of the load break switch device or of the fused switch device has, within said portion, an elevation, which extends in the direction of the base contact (322, 322') of a fuse to be inserted and which can be brought, in its region facing the base contact (322, 322') of the fuse, directly or indirectly into electrical contact with the base contact (322, 322') of the fuse, and the load break switch device or the fused switch device comprises, on each of the base contacts (160, 160'), a Rogowski coil (400, 400'), which has an opening which fits at least partially around the elevation of the base contact (160, 160'). the base contact (160, 160') of the load break switch device or of the fused switch device is designed, at least in a portion, such that it has a flat surface which is oriented in the direction of a base contact (322, 322') of a fuse to be inserted, the base contact (160, 160') of the load break switch device or of the fused switch device has, within said portion, an elevation, which extends in the direction of the base contact (322, 322') of a fuse to be inserted and which can be brought, in its region facing the base contact (322, 322') of the fuse, directly or indirectly into electrical contact with the base contact (322, 322') of the fuse, and the load break switch device or the fused switch device comprises, on each of the base contacts (160, 160'), a Rogowski coil (400, 400'), which has an opening which fits at least partially around the elevation of the base contact (160, 160').
A transmission case in which a lubricating oil collecting and guiding device is held for collecting lubricating oil inside the transmission case and guiding the collected lubricating oil to lubrication parts inside the transmission case, the lubricating oil colleting and guiding device comprising: an elongated gutter-shaped main unit; and a plurality of held parts provided on the main unit; wherein the main unit is placed above a serial gear group received inside the bottomed cylindrical transmission case whereby the plurality of held parts is held on the transmission case, a first held part of said plurality of held parts is held in a tightly fitted state by a holding part formed on an open side end face of said transmission case, and a second held part of said plurality of held parts excluding the first held part is held in a loosely fitted state by a holding part for fixing in position formed on a bottom part side of said transmission case, characterized in that the holding part formed on the open side end face of said transmission case is a press-in hole; said first held part is a press-in projection pressed into said press-in hole to form the tightly fitted state; the holding part formed for positioning on the bottom part side of said transmission case is an insertion hole; and said second held part is an insertion projection freely insertable into said insertion hole to form the loosesly fitted state. an elongated gutter-shaped main unit; and a plurality of held parts provided on the main unit; wherein the main unit is placed above a serial gear group received inside the bottomed cylindrical transmission case whereby the plurality of held parts is held on the transmission case, a first held part of said plurality of held parts is held in a tightly fitted state by a holding part formed on an open side end face of said transmission case, and a second held part of said plurality of held parts excluding the first held part is held in a loosely fitted state by a holding part for fixing in position formed on a bottom part side of said transmission case, characterized in that the holding part formed on the open side end face of said transmission case is a press-in hole; said first held part is a press-in projection pressed into said press-in hole to form the tightly fitted state; the holding part formed for positioning on the bottom part side of said transmission case is an insertion hole; and said second held part is an insertion projection freely insertable into said insertion hole to form the loosesly fitted state.
An electrolyte composition comprising: an ionic liquid; a gellant wherein the gellant is a cellulose derivative and the cellulose derivative is cellulose having alkyl, hydroxyalkyl and/or carboxyalkyl substituents; and a radiation-curable base comprising (a) a radiation-curable (meth)acrylate oligomer, (b) a (meth)acrylate monomer and (c) a photoinitiator; wherein the composition has a viscosity of 0.3 Pas or higher, measured at 25°C.
A heat pump hot water supply apparatus comprising: a refrigerant circuit in which a compressor, a condenser, an expansion valve, an evaporator, and a refrigerant amount adjusting device are connected sequentially; a hot water tank storing hot water heated by the condenser; a hot water circulating pump configured for circulating hot water in a region between the condenser and the hot water tank; an inlet refrigerant temperature detection unit configured for detecting an inlet refrigerant temperature of the condenser; an inlet water temperature detection unit configured for detecting an inlet water temperature of the condenser; and a heat source unit control unit; characterized in that the heat source unit control unit is configured for adjusting a valve opening degree of the expansion valve such that a difference between a hot water target temperature transmitted from a tank control unit provided at the hot water tank and the inlet refrigerant temperature is equal to a temperature difference set in advance, wherein when the inlet water temperature reaches a threshold value or more, the heat source unit control unit is configured for changing the temperature difference to adjust the valve opening degree of the expansion valve in an opening direction.
A method by system of a home public land mobile network, PLMN, configured to communicate through an interface with electronic devices, the system comprising a first Authentication Server Function, AUSF, instance associated with a first access type, a second AUSF instance associated with a second access type, and a Unified Data Management, UDM, the method comprising: receiving, at the first AUSF instance, a first authentication request from a first PLMN of the first access type that is authenticating an electronic device; obtaining, at the first AUSF instance, a first security key used for integrity protection of messages delivered from the home PLMN to the electronic device; receiving, at the second AUSF instance, a second authentication request from a second PLMN of the second access type that is authenticating the electronic device; obtaining, at the second AUSF instance, a second security key used for integrity protection of the messages delivered from the home PLMN to the electronic device; receiving from the second AUSF instance, at the UDM, confirmation that the second AUSF instance has completed successful primary authentication for the electronic device; and sending, by the UDM, an indication to the first AUSF instance to delete the first security key. receiving, at the first AUSF instance, a first authentication request from a first PLMN of the first access type that is authenticating an electronic device; obtaining, at the first AUSF instance, a first security key used for integrity protection of messages delivered from the home PLMN to the electronic device; receiving, at the second AUSF instance, a second authentication request from a second PLMN of the second access type that is authenticating the electronic device; obtaining, at the second AUSF instance, a second security key used for integrity protection of the messages delivered from the home PLMN to the electronic device; receiving from the second AUSF instance, at the UDM, confirmation that the second AUSF instance has completed successful primary authentication for the electronic device; and sending, by the UDM, an indication to the first AUSF instance to delete the first security key.
A pharmaceutical composition for use in preventing or treating an allergic disease, the pharmaceutical composition including an inotodiol compound represented by Formula 1 as an active ingredient. wherein the allergic disease is bronchial asthma or atopic dermatitis.
Domestic refrigeration appliance, having at least one door leaf (2, 3), which is pivotably supported by means of at least one door hinge (5a, 5b, 5c) between a closed position sealing a storage compartment of the domestic refrigeration appliance and a releasing open position, wherein the door hinge (5a, 5b, 5c) is embodied to support the door leaf (2, 3) in a first assembly position hinged on the right and in a second assembly position hinged on the left, and having a door-closing fitting part (6, 7), which has a stop, which is embodied to delimit a pivot angle of the door leaf (2, 3) and has a fastening section, which is embodied on at least one front wall (4a, 4b, 4c, 4d) of the door leaf (2, 3) both for assembly of the door-closing fitting part (6, 7) hinged on the right and on the left, and which has a spring section, which is embodied to move the door leaf (2, 3) into the closing closed position, characterised in that the fastening section of the door-closing fitting part (6, 7) has an indentation on two opposing sides in each case and as a function of the assembly position of the door-closing fitting part (6, 7) a separate connecting piece is optionally inserted in a form-fit manner into the one depression or the other depression across a subsection of its height, and the connecting piece has the stop.
A sterile package in the form of a peel pouch package in which surgical gloves are contained, with a wrapping for receiving the surgical gloves, wherein the wrapping comprises two long side edges (4, 5) opposing one another and orthogonally to these two short side edges (6, 7) opposing one another and comprises sealing seams (8, 9) in side areas and a tear-open tap (9, 10) in at least one side area, wherein the wrapping at least partially comprises a stiffening in the area of or next to the sealing seam(s) (8, 9), wherein the stiffening is formed as a groove-shaped embossing (13, 14, 15), characterized in that the groove-shaped embossing (13, 14, 15) is formed to extend across the entire length and in the direction of the long side edges (4, 5).
Method for transmitting data in a power line communication network, the method being executed in a first node device of said network configured so as to communicate in a plurality of separate frequency bands with a second node device of said network, characterized in that the first node device applies a transmission mode for transmitting by referring to a single extended frequency band comprising at least two frequency bands from among said plurality of separate frequency bands, each separate frequency band comprising a plurality of subcarriers, and in that the method comprises the following steps: - distributing data to be transmitted in said single extended frequency band into a plurality of groups of data via an interleaving operation, each group being assigned to just one of said at least two separate frequency bands, and data in each of the groups being assigned to each of the subcarriers of the frequency band to which the group is assigned, - transmitting the data in each of the plurality of groups of data in the separate frequency band to which the group is assigned such that the data transmission is carried out jointly on all of the subcarriers of the at least two frequency bands. - distributing data to be transmitted in said single extended frequency band into a plurality of groups of data via an interleaving operation, each group being assigned to just one of said at least two separate frequency bands, and data in each of the groups being assigned to each of the subcarriers of the frequency band to which the group is assigned, - transmitting the data in each of the plurality of groups of data in the separate frequency band to which the group is assigned such that the data transmission is carried out jointly on all of the subcarriers of the at least two frequency bands.
Agricultural soil working implement for the attachment to a tractor, with a machine frame, on which lateral wings (5, 6) that support the soil working tools are articulated, wherein the wings (5, 6) are respectively pivotable about a frame pivot axis (9, 10) approximately directed in the direction of travel, respectively oriented horizontally in the working position with respect to the machine frame, and are respectively subdivided into at least two wing sections (5a, 5b; 6a, 6b), which are pivotable relative to one another about a wing pivot axis (20, 21) facing approximately in the direction of travel, oriented horizontally in the working position, wherein the wing sections (5a, 5b; 6a, 6b) are respectively connected to one another by means of at least one pressure medium actuator, which experiences changes in length when the wing sections are pivoted relative to one another, which actuator, in the working position, allows pivoting movements of the wing sections (5a, 5b; 6a, 6b) from their neutral position into one as well as into the other, opposite pivoting direction, characterized in that a locking means is provided for locking the pressure medium actuator in a locking position, which is an intermediate position, where the pressure medium actuator has an intermediate length between a maximally elongated and a maximally shortened position, and in which the wing sections (5a, 5b; 6a, 6b) are held in the mentioned neutral position.
A hyperbranched polyester amide, where the polyester amide comprises at least one end group thereon selected from an end group represented by the Formula 1: where the arrow denotes the point of attachment to the polyester amide from the Formula 1 group; and R 0 denotes optionally substituted C 1-20 hydrocarbo, Y denotes NR a or O where R a is H or optionally substituted C 1-20 hydrocarbo and where Formula 1 is a zwitterion i.e. any of groups R 0, R 1 and/or R 2 comprise a suitable amount of negative charge to balance the nitrogen cation then p is 0 i.e. X- is absent; or where groups R 0, R 1 and R 2 are neutral groups then X - represents a suitable anion and p a suitable integer (preferably 1 if X has a single negative charge) to balance the nitrogen cation; and R 1 and R 2 independently denote optionally substituted C 1-20 hydrocarbo groups (conveniently optionally substituted C 1-6 hydrocarbo), or together with the nitrogen to which they are attached form in a whole or in part a cyclic moiety comprising up to 20 C atoms and optionally one or more hetero atoms. where the arrow denotes the point of attachment to the polyester amide from the Formula 1 group; and R 0 denotes optionally substituted C 1-20 hydrocarbo, Y denotes NR a or O where R a is H or optionally substituted C 1-20 hydrocarbo and where Formula 1 is a zwitterion i.e. any of groups R 0, R 1 and/or R 2 comprise a suitable amount of negative charge to balance the nitrogen cation then p is 0 i.e. X- is absent; or where groups R 0, R 1 and R 2 are neutral groups then X - represents a suitable anion and p a suitable integer (preferably 1 if X has a single negative charge) to balance the nitrogen cation; and R 1 and R 2 independently denote optionally substituted C 1-20 hydrocarbo groups (conveniently optionally substituted C 1-6 hydrocarbo), or together with the nitrogen to which they are attached form in a whole or in part a cyclic moiety comprising up to 20 C atoms and optionally one or more hetero atoms.
- An automated ammunition magazine comprising a first belt conveyor, so-called internal conveyor, for rounds of ammunition that are parallel to each other, which is arranged in an endless rotating loop, wherein a second belt conveyor, so-called external conveyor, is also arranged in an endless rotating loop that surrounds the first belt conveyor for rounds of ammunition that are parallel to each other, each belt conveyor (2, 3) being able to move the rounds of ammunition so as to place the longitudinal axis (301, 302) of each round of ammunition successively in the same vertical plane, the magazine being characterised in that the rounds of ammunition located in the aforementioned vertical plane, called the loading plane, have their longitudinal axes (301, 302) converging.