mhurhangee/ep-ind-claims huggingface dataset:
A hinge, preferably a furniture hinge, comprising a hinge arm which is pivotally connected, at one end, via a joint axle to a hinge part and which is connected, at the other end, via holding means (20, 22, 24, 28, 55) to a base element formed by a base plate, at which an arm section is displaceably held by a first eccentric adjustment, wherein at least one guide (56, 57) in the base plate is arranged parallel to the joint axle and cooperates with guide elements (25, 58, 59) of the arm section whose guide extends parallel to the joint axle, wherein the holding means comprise said first eccentric adjustment, preferably retained by friction, for displaceable holding which allows a displacement parallel to the joint axle, wherein the holding means further comprise a holding arm and a second eccentric adjustment, preferably retained by friction, which holds the hinge arm displaceably at the holding arm, with the second eccentric adjustment allowing a displacement perpendicular to the displacement by the first eccentric adjustment, wherein the holding means lastly comprise the arm section and a third eccentric adjustment, preferably retained by friction, which holds the holding arm displaceably at the arm section, with the third eccentric adjustment allowing a displacement substantially perpendicular to the displacements of the first and second eccentric adjustments (55, 22), characterized in that the holding arm, the arm section and the base plate have eye-like elements (26, 25 or 56) which are mounted on a common transverse pin.
A method for performing a random access on a secondary cell, by a terminal, in a mobile communication system using Carrier Aggregation, CA, the method comprising: receiving a Random Access Response, RAR, window size indicating duration of a RAR window for receiving a RAR on a primary cell via system information; receiving a maximum number of preamble transmission value for the random access on the secondary cell via dedicated control information; transmitting a random access preamble for the random access on the secondary cell; and monitoring, by the terminal, a RAR based on the RAR window size. receiving a Random Access Response, RAR, window size indicating duration of a RAR window for receiving a RAR on a primary cell via system information; receiving a maximum number of preamble transmission value for the random access on the secondary cell via dedicated control information; transmitting a random access preamble for the random access on the secondary cell; and monitoring, by the terminal, a RAR based on the RAR window size.
Level measuring system which operates according to the radar principle for measuring a level of a medium which is located in a vessel, wherein at least one signal transmission apparatus for transmission of an electromagnetic signal is provided, wherein at least one electronic apparatus is provided for generating at least one electromagnetic signal to be transmitted by the transmission apparatus, wherein at least one pressure-tight and/or diffusion-tight separating element is provided, wherein the electronic apparatus is designed of multiple parts, wherein at least one component of the multi-part electronic apparatus is a signal generating component for generating the electromagnetic signal to be transmitted, wherein the signal generating component and at least one other component of the electronic apparatus are designed as spatially-separated, independent units, wherein a communications apparatus is located between the signal generating component and the at least one other component, and wherein the pressure-tight and/or diffusion-tight separating element is located between the other component and the signal transmission apparatus, characterized in that the pressure-tight and/or diffusion-tight separating element is designed as a component of the communications apparatus and that the other component is designed such that it generates and transmits - to the signal generating component via the communications apparatus - only such signals that have a frequency less than the frequency of the electromagnetic signals to be generated by the signal generating component.
A communication method, comprising: determining, by a second device, sidelink control information, wherein the sidelink control information comprises indication information of a second resource set, and the second resource set is for sending data; sending, by the second device, the sidelink control information and the data to one or more devices, wherein the second device and the one or more devices belong to a first communication group; and receiving, by the second device, feedback information for the data from the one or more devices on one or more frequency domain resources, wherein each identifier of the one or more devices in the first communication group corresponds to one of the one or more frequency domain resources; characterized in that the sidelink control information further comprises trigger information, and the trigger information is used to indicate whether the one or more devices need to send the feedback information. determining, by a second device, sidelink control information, wherein the sidelink control information comprises indication information of a second resource set, and the second resource set is for sending data; sending, by the second device, the sidelink control information and the data to one or more devices, wherein the second device and the one or more devices belong to a first communication group; and receiving, by the second device, feedback information for the data from the one or more devices on one or more frequency domain resources, wherein each identifier of the one or more devices in the first communication group corresponds to one of the one or more frequency domain resources; characterized in that the sidelink control information further comprises trigger information, and the trigger information is used to indicate whether the one or more devices need to send the feedback information.
A control device for a vehicle, the control device being mounted on the vehicle, the vehicle including an engine and a rotating electric machine capable of performing regeneration, the control device comprising a control unit that executes a fuel cut of the engine and the regeneration of the rotating electric machine at time of a coast traveling in which an accelerator operation is not performed, the control device being characterized in that: when the accelerator operation is performed during the execution of the fuel cut and the regeneration and an operation amount of the accelerator operation is smaller than a predetermined accelerator operation amount, the control unit maintains the fuel cut, and decreases a regeneration amount of the regeneration depending on increase in the operation amount of the accelerator operation; and when the operation amount of the accelerator operation reaches the predetermined accelerator operation amount, the control unit ends the fuel cut, and increases the regeneration amount. the control device comprising a control unit that executes a fuel cut of the engine and the regeneration of the rotating electric machine at time of a coast traveling in which an accelerator operation is not performed, the control device being characterized in that: when the accelerator operation is performed during the execution of the fuel cut and the regeneration and an operation amount of the accelerator operation is smaller than a predetermined accelerator operation amount, the control unit maintains the fuel cut, and decreases a regeneration amount of the regeneration depending on increase in the operation amount of the accelerator operation; and when the operation amount of the accelerator operation reaches the predetermined accelerator operation amount, the control unit ends the fuel cut, and increases the regeneration amount. when the accelerator operation is performed during the execution of the fuel cut and the regeneration and an operation amount of the accelerator operation is smaller than a predetermined accelerator operation amount, the control unit maintains the fuel cut, and decreases a regeneration amount of the regeneration depending on increase in the operation amount of the accelerator operation; and when the operation amount of the accelerator operation reaches the predetermined accelerator operation amount, the control unit ends the fuel cut, and increases the regeneration amount.
A formulation comprising extracts from the Furcraea foetida plant for use in the treatment of a skin disorder selected from the group consisting of acne, rosacea, psoriasis, skin vesicles, sun burns, physical or chemical burns, dermatitis, eczema, skin rash, allergic reactions, fungal, bacterial and viral infections, pruritis, cellulite, urticaria, chapped lips, diabetic ulcer, radiation dermatitis, scleroderma, erysipelas, ichthyosis, decubitus, cracked feet and hands, wherein the extract comprises steroidal glucosides of the Z-A type wherein A is an espiroestanol structure type, of formula I. or a furanol type structure of formula II wherein R is H, H or O; and Z represents H or one or more saccharide groups, particularly having 1 to 12 rings. wherein R is H, H or O; and Z represents H or one or more saccharide groups, particularly having 1 to 12 rings.
Compounds according to Formula for use in the treatment of retroviral infections as well as in the prophylaxis of the manifestation of retroviral diseases, wherein R 1 and R 2 each independently from one another is -H, -OH, -NHR 3, - NR 3 R 4, a substituted or non-substituted linear or ramified alkyl residue with 1 to 3 carbon atoms, -CO-OCH 3, -CO-OC 2 H 5, -CO-NH 2, -NH 2, -NO 2, -CI, -Br, -F, - SO 2 H; and R 3 and R 4 each independently from one another is -OH, -CH 3, -C 2 H 5, -CH 2 OH, - CHO, -COOH, -CO-CH 3, -CO-NH 2, as well as their pharmaceutically acceptable salts, hydrates and solvates. wherein R 1 and R 2 each independently from one another is -H, -OH, -NHR 3, - NR 3 R 4, a substituted or non-substituted linear or ramified alkyl residue with 1 to 3 carbon atoms, -CO-OCH 3, -CO-OC 2 H 5, -CO-NH 2, -NH 2, -NO 2, -CI, -Br, -F, - SO 2 H; and R 3 and R 4 each independently from one another is -OH, -CH 3, -C 2 H 5, -CH 2 OH, - CHO, -COOH, -CO-CH 3, -CO-NH 2, as well as their pharmaceutically acceptable salts, hydrates and solvates.
A control device, in particular for a domestic appliance, wherein: - the control device comprises at least one front panel, - the control device comprises at least one printed circuit board arranged behind and parallel to the front panel, - the printed circuit board includes at least one cut-out, - the control device comprises at least one transparent or opal sheet arranged in front of the printed circuit board, - a conductive layer (50; 54) is applied at the rear side of the sheet and arranged in front of the cut-out of the printed circuit board, and - said conductive layer (50; 54) forms an electrode for a touch sensitive switch, characterised in that a further conductive layer (50; 52) is applied at the front side of the transparent or opal sheet and arranged in front of the cut-out, wherein said further conductive layer (50; 52) forms a further electrode of the touch sensitive switch, and wherein the conductive layers (50; 52, 54) are applied at the sheet according to predefined patterns, and wherein the conductive layers (50; 52, 54) at the rear side and front side of the sheet have different patterns. - the control device comprises at least one front panel, - the control device comprises at least one printed circuit board arranged behind and parallel to the front panel, - the printed circuit board includes at least one cut-out, - the control device comprises at least one transparent or opal sheet arranged in front of the printed circuit board, - a conductive layer (50; 54) is applied at the rear side of the sheet and arranged in front of the cut-out of the printed circuit board, and - said conductive layer (50; 54) forms an electrode for a touch sensitive switch,
A method for configuring a communication channel comprising: detecting a device connection event which indicates a change to a configuration of a plurality of communication channels (220-1; 220-4), wherein the plurality of communication channels are managed by a branch device; determining whether the branch device supports a reconfiguration of the plurality of communication channels based on the branch device satisfying a dynamic configuration capability criteria indicating that the communication channel is reconfigurable; and reconfiguring the plurality of communication channels to carry different source data streams to the plurality of sink devices based on configuration parameters of the plurality of sink devices and priorities associated with the plurality of sink devices. detecting a device connection event which indicates a change to a configuration of a plurality of communication channels (220-1; 220-4), wherein the plurality of communication channels are managed by a branch device; determining whether the branch device supports a reconfiguration of the plurality of communication channels based on the branch device satisfying a dynamic configuration capability criteria indicating that the communication channel is reconfigurable; and reconfiguring the plurality of communication channels to carry different source data streams to the plurality of sink devices based on configuration parameters of the plurality of sink devices and priorities associated with the plurality of sink devices.
A device for preparing a bone cement paste consisting of two starting components, comprising a mixing unit comprising a hollow-cylindrical cartridge that has an interior in which a bone cement powder is stored as a first starting component, a dispensing plunger which is axially displaceable in the interior and fluid-conductingly seals the interior at a proximal cartridge end, and a mixing rod which is guided into the interior via a mixing rod duct of the dispensing plunger and is movably mounted in the interior, and a reservoir for a monomer liquid as a second starting component, comprising a conduit means which fluid-conductingly connects the interior of the mixing unit to the reservoir, wherein the reservoir comprises a reservoir container, in which at least one fluid-conductingly closed ampoule having an ampoule body and an ampoule head is arranged, and the monomer liquid is stored in the ampoule, and a cavity in the region of the ampoule head, wherein the cavity is fluid-conductingly connected to the conduit means and comprises a connection to the ampoule, wherein the ampoule head is arranged at least partly in the connection and the reservoir container comprises, at least in part, a deformable region, so that the ampoule can be tilted about a pivot point against the connection, characterized in that the conduit means extends through a conduit means duct of the dispensing plunger into the interior.
Hydraulic cylinder unit for a ladle slide of a pouring vessel, - wherein the hydraulic cylinder unit has a cylinder and a piston that can be displaced in a working direction (x) by means of the cylinder, - wherein a flange-type fastening device is arranged on the cylinder and extends transversely in relation to the working direction (x), - wherein a locking device is arranged on the cylinder, - wherein the flange-type fastening device can be inserted into a receptacle of the ladle slide, which receptacle is delimited by two boundary surfaces (12, 13) of the ladle slide, characterized - in that an effective thickness (d), as viewed in the working direction (x), of the locking device can be varied between a first thickness and a second thickness, - in that the flange-type fastening device can, in the case of the first thickness of the locking device, be inserted with play into a receptacle of the ladle slide, which receptacle is delimited by two boundary surfaces (12, 13) of the ladle slide, and - in that, in the case of the fastening device inserted into the receptacle of the ladle slide, the cylinder is locked to the ladle slide following the transition of the effective thickness (d) of the locking device to the second thickness. - wherein the hydraulic cylinder unit has a cylinder and a piston that can be displaced in a working direction (x) by means of the cylinder, - wherein a flange-type fastening device is arranged on the cylinder and extends transversely in relation to the working direction (x), - wherein a locking device is arranged on the cylinder, - wherein the flange-type fastening device can be inserted into a receptacle of the ladle slide, which receptacle is delimited by two boundary surfaces (12, 13) of the ladle slide, - in that an effective thickness (d), as viewed in the working direction (x), of the locking device can be varied between a first thickness and a second thickness, - in that the flange-type fastening device can, in the case of the first thickness of the locking device, be inserted with play into a receptacle of the ladle slide, which receptacle is delimited by two boundary surfaces (12, 13) of the ladle slide, and - in that, in the case of the fastening device inserted into the receptacle of the ladle slide, the cylinder is locked to the ladle slide following the transition of the effective thickness (d) of the locking device to the second thickness.
An electron emission device comprising: a cathode; an insulation layer on the cathode, and openings defined in the insulation layer and exposing the cathode; an electron emission source on the cathode and in the openings defined in the insulation layer; a mesh electrode on the insulation layer; and an adhesion layer between the insulation layer and the mesh electrode, characterized in that the mesh electrode further comprises: a plurality of mesh regions (152,153) corresponding to the openings defined in the insulation layer, a first adhesion region between the plurality of mesh regions, in an overall mesh region of the mesh electrode, a second adhesion region outside the overall mesh region, a first combination groove disposed in the first adhesion region and exposing the adhesion layer, and a second combination groove disposed in the second adhesion region and exposing the adhesion layer, and and in that the shapes or sizes of the first combination groove and second combination groove are different from each other. a cathode; an insulation layer on the cathode, and openings defined in the insulation layer and exposing the cathode; an electron emission source on the cathode and in the openings defined in the insulation layer; a mesh electrode on the insulation layer; and an adhesion layer between the insulation layer and the mesh electrode, characterized in that the mesh electrode further comprises: a plurality of mesh regions (152,153) corresponding to the openings defined in the insulation layer, a first adhesion region between the plurality of mesh regions, in an overall mesh region of the mesh electrode, a second adhesion region outside the overall mesh region, a first combination groove disposed in the first adhesion region and exposing the adhesion layer, and a second combination groove disposed in the second adhesion region and exposing the adhesion layer, and a plurality of mesh regions (152,153) corresponding to the openings defined in the insulation layer, a first adhesion region between the plurality of mesh regions, in an overall mesh region of the mesh electrode, a second adhesion region outside the overall mesh region, a first combination groove disposed in the first adhesion region and exposing the adhesion layer, and a second combination groove disposed in the second adhesion region and exposing the adhesion layer, and and in that the shapes or sizes of the first combination groove and second combination groove are different from each other.
A filtering system having a sample reservoir (15,25,41,51,103) for holding a fluid sample to be filtered and a filter element (12,22,42,102) the sample reservoir being mounted to the top of the filter element or to the top of a housing of the filter element, wherein the filter element (12,22,42,102) surrounds a central axis and comprises a top end, a bottom end, an external filter surface, an internal filter surface, and an internal space between the central axis and the internal filter surface, the internal space communicating at the top end of the filter element with the sample reservoir to enable the sample fluid from the sample reservoir to pass through the filter element, the sample fluid flowing from the internal filter surface to the external filter surface; characterized by an impermeable flow director (13,23) positioned within the internal space and occupying a greater proportion of the internal space toward the bottom end of the filter than toward the top end of the filter.
A blade for a cutting tool of a ceramic cutting machine comprising a geometry: - in the shape of a circular disc with a first symmetry axis with a certain cutting diameter of cutting perimeter of the blade; - with at least one conical surface at each side of the cutting perimeter of the blade, the revolution axis of said conical surfaces being the first symmetry axis of the blade, the conical surfaces closest to the first symmetry axis being truncated by two truncation planes perpendicular to the first symmetry axis of the blade, the circular profile of a cylindrical hole passing through the blade defining the cutting line between said truncation planes and the conical surfaces, the revolution axis of the cylindrical hole is the first symmetry axis of the blade; such that if the conical surfaces closest to the first symmetry axis of the blade are imaginarily extended towards its vertex, both define two tangency conical surfaces with an imaginary sphere which center is located on the first symmetry axis of the blade, characterised in that the ratio between the cutting diameter of the blade and twice the diameter of said imaginary sphere is equal to the Golden Ratio, said condition that is mathematically expressed as follows: H 2 × D = φ = 1.6180339... golden ratio where: H: cutting diameter of the blade; D: diameter of the imaginary sphere; φ: Golden Ratio this leading to the majority of mass and volume of the blade being located around the first symmetry axis of the blade. - in the shape of a circular disc with a first symmetry axis with a certain cutting diameter of cutting perimeter of the blade; - with at least one conical surface at each side of the cutting perimeter of the blade, the revolution axis of said conical surfaces being the first symmetry axis of the blade, the conical surfaces closest to the first symmetry axis being truncated by two truncation planes perpendicular to the first symmetry axis of the blade, the circular profile of a cylindrical hole passing through the blade defining the cutting line between said truncation planes and the conical surfaces, the revolution axis of the cylindrical hole is the first symmetry axis of the blade; H: cutting diameter of the blade; D: diameter of the imaginary sphere; φ: Golden Ratio