mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit component arrangement comprising: a base ; at least one circuit component mounted to the base ; and a bonding agent adhering the at least one circuit component in intimate thermal contact to the base , wherein the bonding agent is disposed in a respective open channel defined in an outward facing surface of the base in contact with each of the at least one circuit component , and wherein the base includes two opposite sides, each having at least one circuit component mounted thereto, with respective open channels and bonding agent adhering the circuit components to the base , wherein the channel includes an inlet passage passing from a surface of the base in fluid communication with the open channel for filling the bonding agent into the open channel , and wherein the inlet passage defines an internal flow passage. a base ; at least one circuit component mounted to the base ; and a bonding agent adhering the at least one circuit component in intimate thermal contact to the base , wherein the bonding agent is disposed in a respective open channel defined in an outward facing surface of the base in contact with each of the at least one circuit component , and
A body structure of a vehicle, characterized by comprising: a floor panel ; a battery pack disposed under the floor panel ; an electric apparatus disposed on the floor panel and lateral to the battery pack ; and a mounting member which mounts the electric apparatus to the floor panel , the electric apparatus mounted to the floor panel being inclined along the width direction of the vehicle such that a bottom end of a side of the electric apparatus facing the battery pack is higher than a bottom end of a side of the electric apparatus facing away from the battery pack . a floor panel ; a battery pack disposed under the floor panel ; an electric apparatus disposed on the floor panel and lateral to the battery pack ; and a mounting member which mounts the electric apparatus to the floor panel , the electric apparatus mounted to the floor panel being inclined along the width direction of the vehicle such that a bottom end of a side of the electric apparatus facing the battery pack is higher than a bottom end of a side of the electric apparatus facing away from the battery pack .
An antitumor composition based on a C 6 -C 18 -acylated derivative of hyaluronic acid according to the general formula (I) where R is H + or Na + , and where R 1 is H or -C(=O)C x H y or -C(=O)CH=CH-het, where x is an integer within the range of 5-17 and y is an integer within the range of 11-35 and C x H y is a linear or branched, saturated or unsaturated C 5 -C 17 chain and het is a heterocyclic or heteroaromatic residue, optionally containing N, S or O atoms, wherein at least in one repeating unit one or more R 1 is -C(=O)C x H y or -C(=O)CH=CH-het, and where n is within the range of 12 to 4000, characterized by that it further contains inorganic nanoparticles with the stabilizing oleic acid, wherein the inorganic nanoparticles are selected from the group consisting of superparamagnetic nanoparticles, upconversion nanoparticles or zinc oxide nanoparticles, especially superparamagnetic nanoparticles.
An expandable stent for the positioning and anchoring of a valvular prosthesis in an implantation site in the heart of a patient in the treatment of a narrowed cardiac valve or a cardiac valve insufficiency, wherein the stent comprises a plurality of positioning arches configured to be positioned within a plurality of pockets (T) of the patient's native heart valve and positioned on a first side of a plurality of native heart valve leaflets, and a plurality of retaining arches configured to be positioned on a second side of the plurality of native heart valve leaflets opposite the first side, wherein each of the plurality of retaining arches includes first and second arms (16a', 16a"; 16b', 16b"; 16c', 16c") joined to one another at a connection which preferably has a substantially O-, U- or V-shaped structure, characterized in that the respective arms (16a', 16a", 16b', 16b", 16c', 16c") of the retaining arches are segmented by a plurality of bending edges , each of the plurality of bending edges defining a bending point of two neighboring arm segments. wherein each of the plurality of retaining arches includes first and second arms (16a', 16a"; 16b', 16b"; 16c', 16c") joined to one another at a connection which preferably has a substantially O-, U- or V-shaped structure, characterized in that the respective arms (16a', 16a", 16b', 16b", 16c', 16c") of the retaining arches are segmented by a plurality of bending edges , each of the plurality of bending edges defining a bending point of two neighboring arm segments.
A method for managing network resources between a first communication network associated with a first network domain and a second communication network associated with a second network domain, the method comprising: receiving, at a resource broker in the first network domain, a request for additional network resources; transmitting, to a resource broker in the second network domain, a request for additional network resources; and receiving, from the resource broker in the second network domain, an offer for at least some of the requested additional network resources; the method characterized in that an independent, Virtual Network Function Manager, VNFM is communicatively coupled between a Management and Orchestration, MANO, entity operative on the first communication network and a set of Virtual Network Functions, VNFs, associated with the requested additional network resources; and the MANO entity operative on the first communication network manages the set of VNFs associated with the requested additional network resources via the independent VNFM . receiving, at a resource broker in the first network domain, a request for additional network resources; transmitting, to a resource broker in the second network domain, a request for additional network resources; and receiving, from the resource broker in the second network domain, an offer for at least some of the requested additional network resources; the method characterized in that an independent, Virtual Network Function Manager, VNFM is communicatively coupled between a Management and Orchestration, MANO, entity operative on the first communication network and a set of Virtual Network Functions, VNFs, associated with the requested additional network resources; and the MANO entity operative on the first communication network manages the set of VNFs associated with the requested additional network resources via the independent VNFM .
Spanner with a handle and a swivelable ring for grasping a screw head or a nut in a form-fitting way, in which the ring has a first segment , which is arranged on the handle , a free second segment and a connecting link , which connects the second segment to the first segment in an articulated way, in which the connecting link is articulated to the first segment so that it may swivel around a first swivel axis , in which the second segment is articulated to the connecting link so that it may swivel around a second swivel axis , and in which the first swivel axis and the second swivel axis run parallel and at a distance from each other, characterised in that a lever for swivelling the ring is arranged on the connecting link .
A micro light-emitting display apparatus comprising: a first semiconductor layer ; an isolation structure comprising an ion implantation area, provided on the first semiconductor layer and configured to define a plurality of sub-pixels (SP1, SP2) each configured to emit light; a first light-emitting unit including a first active layer provided on the upper surface of the first semiconductor layer in a first sub-pixel among the plurality of sub-pixels, and a second semiconductor layer provided on the first active layer; and a second light-emitting unit including a rod semiconductor layer formed by regrowth from the first semiconductor layer in a regrowth area etched from the isolation structure and provided in a second sub-pixel among the plurality of sub-pixels, a second active layer provided on the rod semiconductor layer, and a third semiconductor layer provided on the second active layer, wherein the first active layer is configured to emit blue light and the second active layer is configured to emit green light. a first semiconductor layer ; an isolation structure comprising an ion implantation area, provided on the first semiconductor layer and configured to define a plurality of sub-pixels (SP1, SP2) each configured to emit light; a first light-emitting unit including a first active layer provided on the upper surface of the first semiconductor layer in a first sub-pixel among the plurality of sub-pixels, and a second semiconductor layer provided on the first active layer; and a second light-emitting unit including a rod semiconductor layer formed by regrowth from the first semiconductor layer in a regrowth area etched from the isolation structure and provided in a second sub-pixel among the plurality of sub-pixels, a second active layer provided on the rod semiconductor layer, and a third semiconductor layer provided on the second active layer, wherein the first active layer is configured to emit blue light and the second active layer is configured to emit green light.
A filter cartridge for a water filter device with a filter bag , wherein the filter cartridge is formed in two pieces and has a lower housing part and a cover , which can be removed from the lower housing part, as well as an interior space for receiving a filter bag , characterized in that the form of the filter bag is adapted to the shape of the interior space of the filter cartridge , that a side lying opposite a bottom of the filter bag has a sealing edge , that the filter bag has a curved feeder in the bottom of the filter bag along a first cross-sectional line, wherein the depth (h) of the feeder is largest in the center of the filter bag, that a circumferential snap-on edge with a latching projection , which engages over a corresponding latching projection arranged on the bottom housing part , is provided on an underside of the cover , wherein in particular the snap-on edge is formed elastically and establishes a positive or non-positive connection, respectively, between the cover and the lower housing part ; and that a clamping strip , which in particular has a triangular cross section, is arranged on the underside of the cover , so that the sealing edge of the filter bag is clamped between a front side of the lower housing part and the clamping strip.
A control interface system adapted to provide control of a vehicle subsystem to a driver of a vehicle, the control interface system comprises: a display device arranged in the field of view of the driver; an input device integrated in a steering wheel and configured to communicate with the display device, the input device includes at least two user input zones adapted to receive user input, wherein, the display device is responsive to a control signal indicative of a first user input on any one of the user input zones to display selectable options related to one present usage context of several available present usage contexts, the control interface system is characterised in that the displayed selectable options are visually distributed to mimic the layout of the at least two user input zones of the input device, wherein in response to a second user input, subsequent to the first user input, on one of the user input zones corresponding to one of the selectable options, an instruction signal indicative of the selected option is provided to a vehicle sub-system. a display device arranged in the field of view of the driver; an input device integrated in a steering wheel and configured to communicate with the display device, the input device includes at least two user input zones adapted to receive user input, wherein, the display device is responsive to a control signal indicative of a first user input on any one of the user input zones to display selectable options related to one present usage context of several available present usage contexts, the control interface system is characterised in that the displayed selectable options are visually distributed to mimic the layout of the at least two user input zones of the input device, wherein in response to a second user input, subsequent to the first user input, on one of the user input zones corresponding to one of the selectable options, an instruction signal indicative of the selected option is provided to a vehicle sub-system.
Method for producing at least one device with light emitting and/or light receiving diodes , comprising at least: - producing, on a substrate , a stack of layers including at least first and second semiconductor layers doped according to opposite types of conductivity, the first layer being arranged between the substrate and the second layer ; - first etching of the stack from a front face of the stack located on the side opposite to that arranged against the substrate , forming first openings made through the entire thickness of the second layer and of which the bottom walls are formed by the first layer ; - producing dielectric portions covering, in the first openings , side walls formed at least by the second layer ; - second etching of the stack , extending the first openings through a remaining thickness of the first layer until reaching the substrate , the first openings delimiting portions of the first and second layers forming the p-n junctions of the diodes ; - additional etching extending the first openings into a part of the substrate ; - producing first electrically conductive portions arranged in the first openings and in contact electrically with the side walls of the portions of the first layer , forming first electrodes of the diodes , and producing second electrodes electrically connected to the portions of the second layer ; - eliminating the substrate , exposing a rear face of each of the diodes and freeing parts of the first electrically conductive portions forming a collimation grid . - producing, on a substrate , a stack of layers including at least first and second semiconductor layers doped according to opposite types of conductivity, the first layer being arranged between the substrate and the second layer ; - first etching of the stack from a front face of the stack located on the side opposite to that arranged against the substrate , forming first openings made through the entire thickness of the second layer and of which the bottom walls are formed by the first layer ; - producing dielectric portions covering, in the first openings , side walls formed at least by the second layer ; - second etching of the stack , extending the first openings through a remaining thickness of the first layer until reaching the substrate , the first openings delimiting portions of the first and second layers forming the p-n junctions of the diodes ; - additional etching extending the first openings into a part of the substrate ; - producing first electrically conductive portions arranged in the first openings and in contact electrically with the side walls of the portions of the first layer , forming first electrodes of the diodes , and producing second electrodes electrically connected to the portions of the second layer ; - eliminating the substrate , exposing a rear face of each of the diodes and freeing parts of the first electrically conductive portions forming a collimation grid .
An oxygen generator comprising: a housing ; a chemical core within the housing , the chemical core being capable on ignition of producing oxygen by chemical reaction; an ignition apparatus within the housing for igniting the chemical core ; a collection apparatus within the housing for collecting oxygen produced by the chemical core ; wherein the collection apparatus comprises: a cooling chamber having an inlet through which oxygen produced by the chemical core enters into the cooling chamber, and an outlet through which oxygen in the cooling chamber leaves the cooling chamber, and wherein the interior of the cooling chamber has a first and a second wall arranged in the path of oxygen flowing from the inlet to the outlet ; characterised in that the first and a second walls are arranged concentrically. a housing ; a chemical core within the housing , the chemical core being capable on ignition of producing oxygen by chemical reaction; an ignition apparatus within the housing for igniting the chemical core ; a collection apparatus within the housing for collecting oxygen produced by the chemical core ; wherein the collection apparatus comprises: a cooling chamber having an inlet through which oxygen produced by the chemical core enters into the cooling chamber, and an outlet through which oxygen in the cooling chamber leaves the cooling chamber,
An evaporator system comprising: an evaporator shell having a partitioning wall therein that divides the shell into an evaporator chamber and a refrigerant receiving chamber for receiving a two-phase refrigerant, wherein the evaporator chamber has one or more heat exchanger tubes passing therethrough for transmitting a fluid to be cooled through the evaporator chamber ; and characterised in further comprising a refrigerant separator comprising said refrigerant receiving chamber and configured to separate the two-phase refrigerant into refrigerant vapour and liquid refrigerant, the refrigerant separator having a first outlet for the separated vapour refrigerant and a second outlet for the separated liquid refrigerant; wherein the first outlet is arranged for supplying the vapour refrigerant into the evaporator chamber at a location above at least some of the heat exchanger tubes , and wherein the second outlet is arranged for supplying the liquid refrigerant into the evaporator chamber at a location below at least some of the heat exchanger tubes . an evaporator shell having a partitioning wall therein that divides the shell into an evaporator chamber and a refrigerant receiving chamber for receiving a two-phase refrigerant, wherein the evaporator chamber has one or more heat exchanger tubes passing therethrough for transmitting a fluid to be cooled through the evaporator chamber ; and characterised in further comprising a refrigerant separator comprising said refrigerant receiving chamber and configured to separate the two-phase refrigerant into refrigerant vapour and liquid refrigerant, the refrigerant separator having a first outlet for the separated vapour refrigerant and a second outlet for the separated liquid refrigerant; wherein the first outlet is arranged for supplying the vapour refrigerant into the evaporator chamber at a location above at least some of the heat exchanger tubes , and wherein the second outlet is arranged for supplying the liquid refrigerant into the evaporator chamber at a location below at least some of the heat exchanger tubes .
Holder suitable for holding for one or more biological indicators and/or one or more thermocouples, said holder comprising one or more basic parts , there being at least one first hollow basic part wherein one or more biological indicators and/or one or more thermocouples can be placed in the first hollow basic part , wherein the first hollow basic part is provided with one or more holes at the location where the biological indicator or indicators will be located, and wherein the holder is provided with means for securing the one or more thermocouples and/or biological indicators in the holder and characterized in that the holes in the first hollow basic part consist of notches which are arranged alternately on two opposite sides such that the first hollow basic part is extensible and flexible.
A work vehicle comprising: a windshield (W) provided at a front portion of a vehicle body and comprising an upper shield disposed upwardly of a hood and a lower shield configured to be disposed at a position closing a gap formed between a lower end of the upper shield and an upper face of the hood ; and a support unit (C) configured to support the lower shield vertically movably to be capable of selectively disposing the lower shield at the closing position for closing the gap and an opening position for opening the gap, characterized in that the support unit (C) includes a support frame fixed to the vehicle body side, a bracket attached to the lower shield and a pair of link members provided between the support frame and the bracket ; and base end portions of the pair of link members are pivotally supported to the support frame via a horizontally oriented first support shaft and pivotal end portions of the pair of link members are pivotally supported to the bracket via a horizontally oriented second support shaft . a windshield (W) provided at a front portion of a vehicle body and comprising an upper shield disposed upwardly of a hood and a lower shield configured to be disposed at a position closing a gap formed between a lower end of the upper shield and an upper face of the hood ; and a support unit (C) configured to support the lower shield vertically movably to be capable of selectively disposing the lower shield at the closing position for closing the gap and an opening position for opening the gap, characterized in that the support unit (C) includes a support frame fixed to the vehicle body side, a bracket attached to the lower shield and a pair of link members provided between the support frame and the bracket ; and base end portions of the pair of link members are pivotally supported to the support frame via a horizontally oriented first support shaft and pivotal end portions of the pair of link members are pivotally supported to the bracket via a horizontally oriented second support shaft .
A method of producing glass vials from a glass tube , in particular pharmaceutical vials and pharmaceutical ampoules, comprising the following steps: (a) rotating the glass tube about its longitudinal axis ; (b) local heating of the glass tube by means of a burner from at least one side at least up to the softening temperature (E w ) of the glass; (c) reducing the diameter by pressing at least one forming body laterally against the heated region and (d) separating the glass tube by means of the burner in the heated area in which the diameter has been reduced, thereby obtaining an upper and a lower tube section each having a closed bottom. (a) rotating the glass tube about its longitudinal axis ; (b) local heating of the glass tube by means of a burner from at least one side at least up to the softening temperature (E w ) of the glass; (c) reducing the diameter by pressing at least one forming body laterally against the heated region and (d) separating the glass tube by means of the burner in the heated area in which the diameter has been reduced, thereby obtaining an upper and a lower tube section each having a closed bottom.