mhurhangee/patent-ind-claim-en huggingface dataset:
A device for adjusting a position of a body relative to a structure where the body is rotatable about a hinge axis (Z), the device comprising: a first portion configured to be secured to the structure ; and a second portion comprising: a head body adjustably coupled to the first portion and configured to be rotatably coupled to the body ; and, an adjustment mechanism for adjusting the body along the hinge axis relative to the head body ; characterised in that the adjustment mechanism comprises a coupling member securable to the body and an adjustment screw for causing translation of the coupling member along the hinge axis (Z), the coupling member and the adjustment screw being axially secured to each another. a first portion configured to be secured to the structure ; and a second portion comprising: a head body adjustably coupled to the first portion and configured to be rotatably coupled to the body ; and, an adjustment mechanism for adjusting the body along the hinge axis relative to the head body ; a head body adjustably coupled to the first portion and configured to be rotatably coupled to the body ; and, an adjustment mechanism for adjusting the body along the hinge axis relative to the head body ; characterised in that the adjustment mechanism comprises a coupling member securable to the body and an adjustment screw for causing translation of the coupling member along the hinge axis (Z), the coupling member and the adjustment screw being axially secured to each another.
A static mixer comprising a plurality of installation bodies which are arranged behind one another along a longitudinal axis of the static mixer, wherein each installation body is configured for installation into a tubular mixer housing; and wherein each installation body has a longitudinal dimension , a diameter and a wall thickness , characterized in that the ratio of longitudinal dimension to diameter amounts to at least 1, with the ratio of longitudinal dimension to wall thickness amounting to at least 10, with the installation body at least partly comprising foamed plastic, and with a ratio of flow path to the wall thickness of the installation body of at least 10 being present.
Expansion joint strip for permanently sealing joints between or in building structures and/or parts thereof with an elastic material, with a sealing strip , wherein a. the sealing strip comprises cavities extending continuously therein, running along its central longitudinal axis (X), b. at least three ridges extending along the central longitudinal axis (X) are formed on the sides of the sealing strip , c. the elastic material comprises plastic and/or rubber material, d. the ridges are formed on the sides of the sealing strip in a central region of the cavities of the sealing strip , e. the cavities are equally spaced from one another, f. the sealing strip is rectangular in cross-section, characterized in that g. projections , which are triangular or mushroom-shaped or T-shaped in the cross-section and extend along the central longitudinal axis (X), are formed as sealing lips on the opposite sides of the sealing strip and on the ridge sides of the ridges and/or projections are formed on the head regions of the ridges , h. the head region , facing away from the sealing strip , of at least one ridge is recessed to form a channel with a cross-section in the shape of a partial circle extending along the central longitudinal axis (X), the channels contain swelling strips , i. the swelling strips contain materials that swell in the presence of liquids, j. the head regions , facing away from the sealing strip , of the central ridges are recessed, k. the head regions are T-shaped or mushroom-shaped in cross-section, l. the cavities have cavity sides recessed, in the cross-section, towards the ridges in the shape of a circular segment. a. the sealing strip comprises cavities extending continuously therein, running along its central longitudinal axis (X), b. at least three ridges extending along the central longitudinal axis (X) are formed on the sides of the sealing strip , c. the elastic material comprises plastic and/or rubber material, d. the ridges are formed on the sides of the sealing strip in a central region of the cavities of the sealing strip , e. the cavities are equally spaced from one another, f. the sealing strip is rectangular in cross-section, characterized in that g. projections , which are triangular or mushroom-shaped or T-shaped in the cross-section and extend along the central longitudinal axis (X), are formed as sealing lips on the opposite sides of the sealing strip and on the ridge sides of the ridges and/or projections are formed on the head regions of the ridges , h. the head region , facing away from the sealing strip , of at least one ridge is recessed to form a channel with a cross-section in the shape of a partial circle extending along the central longitudinal axis (X), the channels contain swelling strips , i. the swelling strips contain materials that swell in the presence of liquids, j. the head regions , facing away from the sealing strip , of the central ridges are recessed, k. the head regions are T-shaped or mushroom-shaped in cross-section, l. the cavities have cavity sides recessed, in the cross-section, towards the ridges in the shape of a circular segment.
Railway vehicle , comprising: - front end and rear end and side faces , and - a light strip fixed to the outside of the railway vehicle and comprising a light source , and - a power supply unit designed to electrically power the light source , wherein this railway vehicle is characterized in that the light strip is fixed on at least either the front end or rear end and on the side faces, and extends over at least 50% of the length of each of the side faces , and in that the power supply unit is supplied by an electrical supply network of the railway vehicle. - front end and rear end and side faces , and - a light strip fixed to the outside of the railway vehicle and comprising a light source , and - a power supply unit designed to electrically power the light source , wherein this railway vehicle is characterized in that the light strip is fixed on at least either the front end or rear end and on the side faces, and extends over at least 50% of the length of each of the side faces , and in that the power supply unit is supplied by an electrical supply network of the railway vehicle.
A first mobility management entity, MME, wherein the first MME comprises: a receiver , configured to receive an access request message sent by user equipment, UE, wherein the access request message carries identity information of the UE; a processor , configured to: determine, according to the identity information of the UE, a type of an MME that the UE needs to access; and reselect a second MME according to the type of the MME that the UE needs to access; and a transmitter , configured to forward the access request message to the second MME, so that the second MME executes an access request procedure of the UE. a receiver , configured to receive an access request message sent by user equipment, UE, wherein the access request message carries identity information of the UE; a processor , configured to: determine, according to the identity information of the UE, a type of an MME that the UE needs to access; and reselect a second MME according to the type of the MME that the UE needs to access; and a transmitter , configured to forward the access request message to the second MME, so that the second MME executes an access request procedure of the UE.
A cable-covering tube assembly for a roller blind actuation cable of a roller blind actuation assembly , the roller blind actuation cable being couplable to a roller blind tube and comprising a free end portion , the cable-covering tube assembly comprising: a first cable-covering tube defining a cable-receiving cavity ; and at least one tube connector ; whereby the at least one tube connector extends at least partially in the cable-receiving cavity and comprises: a cable-mounting portion couplable to the free end portion of the roller blind actuation cable; characterized in that the at least one tube connector further comprises: a coupling portion couplable to the coupling portion of a similar tube connector. a first cable-covering tube defining a cable-receiving cavity ; and at least one tube connector ; whereby the at least one tube connector extends at least partially in the cable-receiving cavity and comprises: a cable-mounting portion couplable to the free end portion of the roller blind actuation cable;
A combination of (a) hesperidin, and (b) naringin or naringenin for use in treating microbial dysbiosis and chronic low grade systemic inflammation in elderly subjects with microbial dysbiosis and chronic low grade systemic inflammation by promoting the growth of butyrate-producing bacteria in the gut and improving the immune system.
A work vehicle capable of automatic travel along a travel route that is set parallel to a reference route generated on the basis of a first reference point and a second reference point set in advance, while identifying an own vehicle position thereof using a satellite positioning system, comprising: a control unit that is configured to activate a notification device, if the own vehicle position approaches a first control reference position identified on the basis of the first reference point (A) or a second control reference position identified on the basis of the second reference point (B) when the automatic travel is being performed, characterized in that the control unit is configured to change one of the first control reference position and the second control reference position to a third control reference position identified on the basis of a third reference point which is different from the first reference point (A) and the second reference point (B), and after the change, the notification device is activated on the basis of the third control reference position instead of one of the first control reference position and the second control reference position. a control unit that is configured to activate a notification device, if the own vehicle position approaches a first control reference position identified on the basis of the first reference point (A) or a second control reference position identified on the basis of the second reference point (B) when the automatic travel is being performed, characterized in that the control unit is configured to change one of the first control reference position and the second control reference position to a third control reference position identified on the basis of a third reference point which is different from the first reference point (A) and the second reference point (B), and
A bulky yarn comprising: a sheath yarn that has continuously formed loops without any breakages; and a core yarn that substantially fixes the sheath yarn by being interlaced with the sheath yarn, wherein a number of loops protruding from a yarn surface layer by not less than 3.0 mm is in a range of 1 to 30 loops/mm, an elastic modulus of the bulky yarn is not greater than 80 cN/dtex, and an extension recovery rate of the bulky yarn at a time of 10% extension recovery is not less than 50%, the absence of breakage, the number of loops, the elastic modulus and the extension recovery rate being measured respectively according to the methods described in the description. a sheath yarn that has continuously formed loops without any breakages; and a core yarn that substantially fixes the sheath yarn by being interlaced with the sheath yarn, wherein a number of loops protruding from a yarn surface layer by not less than 3.0 mm is in a range of 1 to 30 loops/mm, an elastic modulus of the bulky yarn is not greater than 80 cN/dtex, and an extension recovery rate of the bulky yarn at a time of 10% extension recovery is not less than 50%, the absence of breakage, the number of loops, the elastic modulus and the extension recovery rate being measured respectively according to the methods described in the description.
An arrangement for the electrically conductive connection of at least two electrical wires with a fixed point located in a motor vehicle with predetermined potential, to which a further electrical wire is connected by means of a connecting element attached to its far end, wherein the arrangement comprises an electrically conductive connecting element , which is equipped with connecting points for in each case one wire, wherein the wires in each case consist of an electrical conductor surrounded by an insulation, and wherein the connecting element is a one-piece, disc-like or plate-shaped component made of metal, which, as a pure connecting element, does not carry any functional elements and which has a variable number of mutually delimited, outwardly projecting projections corresponding to the number of wires to be connected including the further wire , of which each is used for the electrically conductive connection of a conductor of an electrical wire , wherein in the mounting position the further wire is electrically conductively connected to one of the projections , and wherein the connecting element including the ends of connected wires is embedded in a moisture-tight enclosure.
Wire inlet nozzle for being fastened in a coupling of a hose assembly , comprising a wire inlet element , characterised by a cylindrical fastening means which comprises at least one slot for forming at least two movable jaws , the fastening means comprising an opening for removably receiving a wire core , and being designed to simultaneously fix the wire core in place and to be deformable in the coupling by a manual rotational movement, the fastening means being provided with an oval projection on the end opposite the wire inlet element , which oval projection is raised relative to the cylindrical region.
A method to extend the life of a pre-chamber spark plug having one or more electrodes, comprising the steps of: arranging electrodes in a divergent configuration , wherein the step of arranging the electrodes includes forming a variable size spark gap between a ground electrode and a center electrode that defines an axial axis, wherein the ground electrode is lobe-shaped such that the spark gap is concave with respect to center electrode in a cross-section perpendicular to the axial axis along the centre electrode ; and creating a swirl pattern in the discharging gas and thereby generating flow field forces acting upon spark discharge of the pre-chamber spark plug with sufficient force to cause an ignition arc to move, thereby distributing spark energy onto a larger electrode surface. arranging electrodes in a divergent configuration , wherein the step of arranging the electrodes includes forming a variable size spark gap between a ground electrode and a center electrode that defines an axial axis, wherein the ground electrode is lobe-shaped such that the spark gap is concave with respect to center electrode in a cross-section perpendicular to the axial axis along the centre electrode ; and creating a swirl pattern in the discharging gas and thereby generating flow field forces acting upon spark discharge of the pre-chamber spark plug with sufficient force to cause an ignition arc to move, thereby distributing spark energy onto a larger electrode surface.
A medical device , comprising: an elongate member having a first end portion and a second end portion defining a longitudinal axis, the elongate member including a sidewall , the sidewall includes an inner surface and an outer surface disposed opposite the inner surface , the inner surface defining a lumen , the lumen having a non-circular cross-sectional shape; a positioning member is disposed on the inner surface of the sidewall that extends parallel to the longitudinal axis (LA1) of the elongate member from the first end portion to the second end portion , the positioning member being configured to retain a medical instrument (MI) within one side portion (S1) of the lumen such that the medical instrument (MI) extends along a longitudinal axis (LA2), the longitudinal axis (LA2) of the medical instrument (MI) being offset from the longitudinal axis (LA1) of the elongate member , wherein the positioning member is disposed within said lumen to divide said one side portion (S1) and another side portion (S2), a side port defining a lumen , the lumen of the side port being in fluid communication with the lumen defined by the sidewall , and a collection member coupled to the side port , the collection member being configured to collect material that passes through the lumen defined by the side port , characterised in that , the collection member is a filter that is configured to collect kidney stones or kidney stone fragments that pass from the body of a patient and through the lumen of the side port . an elongate member having a first end portion and a second end portion defining a longitudinal axis, the elongate member including a sidewall , the sidewall includes an inner surface and an outer surface disposed opposite the inner surface , the inner surface defining a lumen , the lumen having a non-circular cross-sectional shape; a positioning member is disposed on the inner surface of the sidewall that extends parallel to the longitudinal axis (LA1) of the elongate member from the first end portion to the second end portion , the positioning member being configured to retain a medical instrument (MI) within one side portion (S1) of the lumen such that the medical instrument (MI) extends along a longitudinal axis (LA2), the longitudinal axis (LA2) of the medical instrument (MI) being offset from the longitudinal axis (LA1) of the elongate member , wherein the positioning member is disposed within said lumen to divide said one side portion (S1) and another side portion (S2), a side port defining a lumen , the lumen of the side port being in fluid communication with the lumen defined by the sidewall , and a collection member coupled to the side port , the collection member being configured to collect material that passes through the lumen defined by the side port , characterised in that , the collection member is a filter that is configured to collect kidney stones or kidney stone fragments that pass from the body of a patient and through the lumen of the side port .
A method for selectively etching a metal component of a workpiece, which method comprises: forming a hard mask over the metal component ; and etching the metal component using an etchant solution, whereby the hard mask controls the etching; wherein the etchant solution is a basic etchant solution; and wherein the workpiece includes a semiconductor component below the metal component comprising a material of Formula 1: InAs x Sb 1-x where x is in the range 0 to 1. forming a hard mask over the metal component ; and etching the metal component using an etchant solution, whereby the hard mask controls the etching; wherein the etchant solution is a basic etchant solution; and wherein the workpiece includes a semiconductor component below the metal component comprising a material of Formula 1: InAs x Sb 1-x where x is in the range 0 to 1.
Apparatus for pulling a single crystal of semiconductor material from a melt by the CZ method, comprising a crucible for holding the melt; a resistive heater disposed around the crucible; a camera system for observing a phase boundary between the melt and the growing single crystal, the camera system having an optical axis; a heat shield formed in a frustoconical shape with a tapering diameter in the region of its lower end and disposed above the crucible and surrounding the growing single crystal; an annular element for catching particles, projecting inwardly from an inner side surface of the heat shield and having an upwardly directed catching edge at its inner end, the optical axis of the camera system extending between the catching edge and the growing single crystal, characterized in that the annular element is detachably connected to the heat shield. a crucible for holding the melt; a resistive heater disposed around the crucible; a camera system for observing a phase boundary between the melt and the growing single crystal, the camera system having an optical axis; a heat shield formed in a frustoconical shape with a tapering diameter in the region of its lower end and disposed above the crucible and surrounding the growing single crystal; an annular element for catching particles, projecting inwardly from an inner side surface of the heat shield and having an upwardly directed catching edge at its inner end, the optical axis of the camera system extending between the catching edge and the growing single crystal, characterized in that the annular element is detachably connected to the heat shield.
A process of treating boil-off gas generated in a cryogenic liquid storage tank in an LNG liquefaction plant comprising the steps of: a) compressing the boil-off gas; b) cooling the compressed boil-off gas in a manner to produce a liquid fraction and a cooled vapour fraction; c) separating the liquid fraction and the cooled gaseous fraction; d) redirecting the liquid fraction to the cryogenic liquid storage tank ; and e) supplying a cooled pre-treated feed gas stream to a refrigeration zone where the pre-treated feed gas is liquefied; and the liquefied gas is recovered from the refrigeration zone through a line , the liquefied gas is then expanded through an expander which consequently reduces the temperature of the liquefied gas, and the liquefied gas is then directed to the storage tank via a line ; wherein cooling the compressed boil-off gas comprises passing the compressed boil-off gas through the refrigeration zone ; wherein the liquefied gas is recovered from the refrigeration zone at a temperature from about -150 °C to about -160 °C, f) expanding the liquefied gas through the expander thereby reducing the temperature of the liquefied gas to about -160 °C, g) cooling the compressed boil-off gas comprises passing the compressed boil-off gas in counter current heat exchange with a mixed refrigerant in the refrigeration zone , and wherein additional refrigeration is provided to the refrigeration zone by an auxiliary refrigeration system , characterised by compressing the cooled gaseous fraction to a pressure suitable for use as fuel gas and/or regeneration gas; wherein the mixed refrigerant comprises nitrogen, methane, ethane or ethylene, and isobutane and/or n-butane. a) compressing the boil-off gas; b) cooling the compressed boil-off gas in a manner to produce a liquid fraction and a cooled vapour fraction; c) separating the liquid fraction and the cooled gaseous fraction; d) redirecting the liquid fraction to the cryogenic liquid storage tank ; and e) supplying a cooled pre-treated feed gas stream to a refrigeration zone where the pre-treated feed gas is liquefied; and the liquefied gas is recovered from the refrigeration zone through a line , the liquefied gas is then expanded through an expander which consequently reduces the temperature of the liquefied gas, and the liquefied gas is then directed to the storage tank via a line ; wherein cooling the compressed boil-off gas comprises passing the compressed boil-off gas through the refrigeration zone ; wherein the liquefied gas is recovered from the refrigeration zone at a temperature from about -150 °C to about -160 °C, f) expanding the liquefied gas through the expander thereby reducing the temperature of the liquefied gas to about -160 °C, g) cooling the compressed boil-off gas comprises passing the compressed boil-off gas in counter current heat exchange with a mixed refrigerant in the refrigeration zone , and