mhurhangee/patent-ind-claim-en huggingface dataset:
Locking device (1-1b), in particular a mechanical lock, which comprises a housing (2-2b) and an elongated locking body (3-3d) inserted into the housing, the elongated locking body having locking elements (8-8d, 11-11d) which can be moved by a suitable unlocking means (16-16b) from a locking position, in which the locking body is non-rotatable relative to the housing (2-2b), to an unlocking position, in which the locking body is rotatable relative to the housing (2-2b) to unlock the locking mechanism, the elongate locking body (3-3d) having at least two locking element regions (5-5d, 6-6d), locking elements (8-8d) of a first locking element region (5-5d) being designed differently from locking elements (11-11d) of a second locking element region (6-6 d), characterized in that the locking elements (8-8d) of a first locking element region (5-5d) of the at least two locking element regions (5-5d, 6-6d) can be rotated about a longitudinal axis (7-7d) of the elongate locking body (3-3d), and the locking elements (11-11d) of a second locking element region (6-6d) of the at least two locking element regions (5-5d, 6-6d) are linearly movable obliquely or perpendicularly to a longitudinal axis (7-7d) of the elongate locking body (3-3d).
A semiconductor device, comprising: a semiconductor substrate comprising a front surface ; an LDMOS transistor structure in the front surface ; a conductive interconnection structure arranged on the front surface ; and a cavity arranged in the front surface and including air or a vacuum, wherein the cavity comprises a plurality of trenches formed in the semiconductor substrate coupled by a connecting cavity formed on the front surface and defined by an insulating layer on the front surface . a semiconductor substrate comprising a front surface ; an LDMOS transistor structure in the front surface ; a conductive interconnection structure arranged on the front surface ; and a cavity arranged in the front surface and including air or a vacuum,
Lorry cab equipment piece that is integrated into an interior, in particular a dashboard area or an area above the windshield, of the lorry cab and permanently installed therein, consisting of a receiving element and a first part and a second part connected thereto by a guide device and a hinge device , wherein the first part and the second part are extendable and retractable in a wing-like manner along a longitudinal axis (X) of the lorry cab by means of the guide device and the hinge device , characterised in that the first part and the second part are arranged relative to a respective main extension plane substantially parallel to the longitudinal axis (X) of the lorry cab in a retracted state and substantially perpendicular to the longitudinal axis (X) of the lorry cab in an extended state, wherein the guide device comprises a first guide element for performing a first translational movement of the first part relative to the receiving element along the longitudinal axis (X) of the lorry cab , a second guide element for performing a second translational movement of the second part relative to the receiving element along the longitudinal axis (X) of the lorry cab , a first sliding element interacting with the first guide element , and a second sliding element interacting with the second guide element .
A flexible package comprising A) a multilayer film comprising a) a first skin layer consisting of from 85 to 100 weight% of a high density polyethylene having a density of from 0.95 to 0.97 g/cc and a melt index, I 2 , (obtained by ASTM D 1238 (when conducted at 190°C, using a 2.16 kg weight), of from 0.5 to 10 g/10 minutes; b) a second skin layer consisting of from 85 to 100 weight % of a first linear low density interpolymer having a molecular weight distribution Mw/Mn (determined according to ASTM D 6474-99) of from 2 to 4, a density of from 0.88 to 0.92 g/cc and a melt index, I 2 , of from 0.3 to 5 g/10 minutes; c) a core comprising polyethylene, with the proviso that the polymeric material used to prepare said multilayer film is at least 90% by weight polyethylene; and B) a fitment that is prepared from linear low density polyethylene having a density of from 0.91 to 0.93 g/cc. A) a multilayer film comprising a) a first skin layer consisting of from 85 to 100 weight% of a high density polyethylene having a density of from 0.95 to 0.97 g/cc and a melt index, I 2 , (obtained by ASTM D 1238 (when conducted at 190°C, using a 2.16 kg weight), of from 0.5 to 10 g/10 minutes; b) a second skin layer consisting of from 85 to 100 weight % of a first linear low density interpolymer having a molecular weight distribution Mw/Mn (determined according to ASTM D 6474-99) of from 2 to 4, a density of from 0.88 to 0.92 g/cc and a melt index, I 2 , of from 0.3 to 5 g/10 minutes; c) a core comprising polyethylene, with the proviso that the polymeric material used to prepare said multilayer film is at least 90% by weight polyethylene; and a) a first skin layer consisting of from 85 to 100 weight% of a high density polyethylene having a density of from 0.95 to 0.97 g/cc and a melt index, I 2 , (obtained by ASTM D 1238 (when conducted at 190°C, using a 2.16 kg weight), of from 0.5 to 10 g/10 minutes; b) a second skin layer consisting of from 85 to 100 weight % of a first linear low density interpolymer having a molecular weight distribution Mw/Mn (determined according to ASTM D 6474-99) of from 2 to 4, a density of from 0.88 to 0.92 g/cc and a melt index, I 2 , of from 0.3 to 5 g/10 minutes; c) a core comprising polyethylene, B) a fitment that is prepared from linear low density polyethylene having a density of from 0.91 to 0.93 g/cc.
An ink cartridge adapter mountable to a mounting portion of a recording apparatus and having a plurality of electrical connecting portions , said ink cartridge adapter comprising: a casing ; and a plurality of pad electrodes contactable with the plurality of electrical connecting portions and mounted on said casing so as to be movable, characterized in that the plurality of pad electrodes are movable in a direction outwardly away from a side surface of said casing and outwardly away from said casing to project from the side surface of said casing thereby coming into electric contact with the plurality of electrical connecting portions .
A face seal for a gas turbine engine comprising: a seal body , wherein the seal body is annular about an axis (A) and is defined between an inner diameter and an outer diameter , the seal body having tapered sides and a seal face defining a contact area disposed between the tapered sides , wherein the seal face comprises an annular contact surface for engaging a rotating surface, the seal body defining an axial width between a back surface of the seal body and the seal face including a radial width (82; 88; 92), wherein a decrease (86;90) in the axial width from wear increases the contact area; characterised in that : the tapered sides are disposed at an angle relative to the seal face and wherein the seal face is centered between the inner diameter and the outer diameter of the seal body .
A joining apparatus for a cord ply for a tire having a first pressurizing means in which a first pressing member , provided in the upper side, faces a first pressure receiving member , provided in the lower side, and a second pressurizing means in which a second pressing member , provided in the upper side, faces a second pressure receiving member , provided in the lower side, wherein the first pressurizing means and the second pressurizing means are arranged to face each other and providing engagement claws , that can engage with each other and are provided so as to face each other, on the first pressing member and the first pressure receiving member and on the second pressing member and the second pressure receiving member; in which the first pressing member is characterised by being provided with a cord end pressing member capable of vertically moving in a direction perpendicular to the placement surface of the cord plies; a first cord ply positioning mechanism for positioning the first cord ply by bringing the tail end of the first cord ply into contact with a side surface of the second pressure receiving member raised to a position higher than the conveying position of the first cord ply, a first cord ply fixing mechanism for lowering the cord end pressing member so that the bottom surface of the cord end pressing member presses and fixes the positioned first cord ply against the upper surface of the first pressure receiving member, and a second cord ply positioning mechanism for positioning the second cord ply by bringing the tip of the second cord ply into contact with a side surface of the cord end pressing member pressing the first cord ply are provided; the first pressurizing means is configured so that the first pressing member lowers to apply a pressing force to the tail end portion of the first cord ply placed on the upper surface of the first pressure receiving member while the bottom surface of the cord end pressing member presses the first cord ply; the second pressurizing means is configured so that the second pressing member lowers to apply a pressing force to the tip portion of the second cord ply placed on the upper surface of the second pressure receiving member; the apparatus being configured such that the first pressurizing means and the second pressurizing means are brought close to each other in a state where a pressing force is applied by the first pressurizing means and the second pressurizing means, whereby a shearing force is applied to the overlapped portion of the tail end portion of the first cord ply and the tip portion of the second cord ply.
Organic light-emitting diode , comprising a first light-emitting segment and at least a second light-emitting segment , wherein the light-emitting segments are provided for emitting radiation with different brightnesses and comprise a common first electrode and a common second electrode , wherein - the first electrode comprises at least one separating line , which does not completely cut through the first electrode , - the lateral electric conductivity of the first electrode is reduced in the region of the separating line , - the separating line separates the first light-emitting segment from the second light-emitting segment , - the second light-emitting segment has a lower brightness during operation than the first light-emitting segment , characterized in that - the separating line entirely encircles the second light-emitting segment . - the first electrode comprises at least one separating line , which does not completely cut through the first electrode , - the lateral electric conductivity of the first electrode is reduced in the region of the separating line , - the separating line separates the first light-emitting segment from the second light-emitting segment , - the second light-emitting segment has a lower brightness during operation than the first light-emitting segment , characterized in that - the separating line entirely encircles the second light-emitting segment .
A method of wireless communication performed by a transmitting device in a wireless network, the method comprising: sensing a spectrum on a plurality of first beams in a first frame of a plurality of frames, each of the plurality of frames comprising a sensing period for sensing the spectrum and an idle period for enabling spectrum sharing with another wireless network; selecting one or more beams of the plurality of first beams based on a result of sensing the spectrum in the sensing period of the first frame; transmitting a signal in the first frame using the one or more beams in a time interval between the sensing period and the idle period of the first frame; and refraining from transmitting a signal associated with a predetermined beam or beam group of the wireless network during the idle period. sensing a spectrum on a plurality of first beams in a first frame of a plurality of frames, each of the plurality of frames comprising a sensing period for sensing the spectrum and an idle period for enabling spectrum sharing with another wireless network; selecting one or more beams of the plurality of first beams based on a result of sensing the spectrum in the sensing period of the first frame; transmitting a signal in the first frame using the one or more beams in a time interval between the sensing period and the idle period of the first frame; and refraining from transmitting a signal associated with a predetermined beam or beam group of the wireless network during the idle period.
Optical interface for receiving the light signals, comprising • a light-guiding fibre having a ring section , • at least one light source for emitting light signals into the fibre , the fibre being configured for radially emitting the light signals emitted by the light source , and • a receiving device for receiving the light signals emitted by the fibre , • the light signals from the light source being coupled into the fibre by fibre coupling, characterized in that the ring section extends in a ring-shaped manner around a rotation axis and is rotatable about the rotation axis . • a light-guiding fibre having a ring section , • at least one light source for emitting light signals into the fibre , the fibre being configured for radially emitting the light signals emitted by the light source , and • a receiving device for receiving the light signals emitted by the fibre , • the light signals from the light source being coupled into the fibre by fibre coupling,
A hygiene nudging system for improving the overall cleanliness of a room or an area having one or more predetermined surfaces, including hand-touch-sites that is subject to frequent touching by human hands and/or fingers, said hygiene nudging system comprising - a dispenser unit being configured to dispense cleaning wipes for cleaning one or more predetermined surfaces of a room or area, - a control unit connected with the dispenser unit, wherein the system comprises a nudging unit connected with the control unit, the control unit being configured to control the nudging unit, the nudging unit is configured to issue an indication when activated by the control unit , a first sensor is connected with the dispenser unit and the control unit , the first sensor being configured to detect dispensing of cleaning wipes from the dispenser unit and to signal the detection of dispensing of cleaning wipes to the control unit , whereby the control unit deactivates the nudging unit after a predetermined time span and/or after a predetermined number of cleaning wipes having been dispensed from the dispenser unit, and wherein the dispenser unit comprises the control unit , the nudging unit and the first sensor so that the entire hygiene nudging system is comprised in one item, and wherein the system comprises a second sensor , and wherein the dispenser unit comprises the second sensor , the second sensor is configured to detect movements in the room and load of the room, wherein the control unit is configured to activate the nudging unit on the basis of data received from the second sensor . - a dispenser unit being configured to dispense cleaning wipes for cleaning one or more predetermined surfaces of a room or area, - a control unit connected with the dispenser unit, wherein the system comprises a nudging unit connected with the control unit, the control unit being configured to control the nudging unit, the nudging unit is configured to issue an indication when activated by the control unit , a first sensor is connected with the dispenser unit and the control unit , the first sensor being configured to detect dispensing of cleaning wipes from the dispenser unit and to signal the detection of dispensing of cleaning wipes to the control unit , whereby the control unit deactivates the nudging unit after a predetermined time span and/or after a predetermined number of cleaning wipes having been dispensed from the dispenser unit, and wherein the dispenser unit comprises the control unit , the nudging unit and the first sensor so that the entire hygiene nudging system is comprised in one item, and wherein the system comprises a second sensor , and wherein the dispenser unit comprises the second sensor , the second sensor is configured to detect movements in the room and load of the room, wherein the control unit is configured to activate the nudging unit on the basis of data received from the second sensor .
A transdermal patch comprising an adhesive layer on a backing, wherein the adhesive layer comprises a drug, DMSO, and an adhesive base, and wherein the adhesive base comprises a styrene-based thermoplastic elastomer having a triblock content of 35% to 65%. wherein the adhesive layer comprises a drug, DMSO, and an adhesive base, and wherein the adhesive base comprises a styrene-based thermoplastic elastomer having a triblock content of 35% to 65%.
Disrupting and dissociating device of solid biologic materials comprising: - a case defining at least one internal chamber ; - at least one cutting element housed inside said chamber in order to define a loading chamber of biologic substances to be disrupted and a collecting chamber of disrupted biological substances; - at least one vane configured to take the biologic substances in contact with the cutting element and, cooperating with the cutting element , allow the disruption and the passage from the loading chamber to the collecting chamber of the disrupted biological substances, being at least one between the cutting element and the mobile vane with respect to the other; wherein the cutting element is a holed disk comprising micro-openings whose edges compose micro-blades for disruption and dissociation of the solid biologic material; characterized in that : - the cutting element is made through molding of polymeric material, namely TRIREX ® 3020 IR; - the micro-openings are holes having an internal surface shaped as a frustum of cone and an external surface shaped as a dome; - the micro-openings of the polymeric disk have a size included between 20 and 100 μm; and - each micro-opening of the holed polymeric disk is surrounded by four micro-blades . - a case defining at least one internal chamber ; - at least one cutting element housed inside said chamber in order to define a loading chamber of biologic substances to be disrupted and a collecting chamber of disrupted biological substances; - at least one vane configured to take the biologic substances in contact with the cutting element and, cooperating with the cutting element , allow the disruption and the passage from the loading chamber to the collecting chamber of the disrupted biological substances, being at least one between the cutting element and the mobile vane with respect to the other; wherein the cutting element is a holed disk comprising micro-openings whose edges compose micro-blades for disruption and dissociation of the solid biologic material; characterized in that : - the cutting element is made through molding of polymeric material, namely TRIREX ® 3020 IR; - the micro-openings are holes having an internal surface shaped as a frustum of cone and an external surface shaped as a dome; - the micro-openings of the polymeric disk have a size included between 20 and 100 μm; and - each micro-opening of the holed polymeric disk is surrounded by four micro-blades . - the cutting element is made through molding of polymeric material, namely TRIREX ® 3020 IR; - the micro-openings are holes having an internal surface shaped as a frustum of cone and an external surface shaped as a dome; - the micro-openings of the polymeric disk have a size included between 20 and 100 μm; and - each micro-opening of the holed polymeric disk is surrounded by four micro-blades .
A cable backplane assembly for high-speed interconnection of digital electrical components and/or electrical component assemblies mounted in an equipment rack , said assembly characterized by : a first and a second rigid vertical side plates attached to a top plate and a bottom plate to form a rigid chassis ; a vertical stack of a plurality of parallel horizontal cable connector carrying trays received within the rigid chassis, wherein the cable connector carrying trays are configured with electrical component connector pins on a front side and high-speed data and power cable connectors on a back side thereof; at least one enclosed vertical cable channel attached to the vertical stack of cable connector carrying trays for protectively routing cables to the cable connector carrying trays; and mounting points for a plurality of cooling fans aligned with each of the plurality of cable connector carrying trays to provide front-to-back cooling airflow. a first and a second rigid vertical side plates attached to a top plate and a bottom plate to form a rigid chassis ; a vertical stack of a plurality of parallel horizontal cable connector carrying trays received within the rigid chassis, wherein the cable connector carrying trays are configured with electrical component connector pins on a front side and high-speed data and power cable connectors on a back side thereof; at least one enclosed vertical cable channel attached to the vertical stack of cable connector carrying trays for protectively routing cables to the cable connector carrying trays; and mounting points for a plurality of cooling fans aligned with each of the plurality of cable connector carrying trays to provide front-to-back cooling airflow.
A circuit card assembly , comprising: a substantially planar substrate having longitudinally spaced first and second substrate end edges , transversely spaced top and bottom substrate surfaces , and laterally spaced first and second substrate side edges , at least a selected one of the top and bottom substrate surfaces having laterally arranged, longitudinally extending first, second, and third substrate regions , the first substrate region being directly laterally adjacent the first substrate side edge , the third substrate region being directly laterally adjacent the second substrate side edge , and the second substrate region being located laterally between the first and third substrate regions ; and at least one circuit trace located on the selected substrate surface , with a portion of the circuit trace located in the first substrate region being made of only a first material , a portion of the circuit trace located in the third substrate region being made of only a second material , and a portion of the circuit trace located in the second substrate region being made of both the first and second materials , wherein, in the second substrate region , the portion of the circuit trace made from the first material is at least partially arranged in direct longitudinal contact in the same layer with at least the portion of the circuit trace made from the second material . a substantially planar substrate having longitudinally spaced first and second substrate end edges , transversely spaced top and bottom substrate surfaces , and laterally spaced first and second substrate side edges , at least a selected one of the top and bottom substrate surfaces having laterally arranged, longitudinally extending first, second, and third substrate regions , the first substrate region being directly laterally adjacent the first substrate side edge , the third substrate region being directly laterally adjacent the second substrate side edge , and the second substrate region being located laterally between the first and third substrate regions ; and at least one circuit trace located on the selected substrate surface , with a portion of the circuit trace located in the first substrate region being made of only a first material , a portion of the circuit trace located in the third substrate region being made of only a second material , and a portion of the circuit trace located in the second substrate region being made of both the first and second materials , wherein, in the second substrate region , the portion of the circuit trace made from the first material is at least partially arranged in direct longitudinal contact in the same layer with at least the portion of the circuit trace made from the second material .