mhurhangee/patent-ind-claim-en huggingface dataset:
Method for soil compaction with a construction machine , wherein - a support cable is guided along a mast , - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch , - the winch drum is rotatably driven by means of a winch drive , and - a compacting element is arranged on the support cable and is moved vertically by the support cable , wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered on the support cable from a position above a ground surface up to the ground surface, wherein the compacting element strikes the ground surface and compacting the soil in this process, characterised in that - a winding of the support cable on the winch drum is detected by means of a sensor unit, in particular a camera unit or a radar unit. - a support cable is guided along a mast , - the support cable is wound and unwound by means of a rotatably mounted winch drum of a cable winch , - the winch drum is rotatably driven by means of a winch drive , and - a compacting element is arranged on the support cable and is moved vertically by the support cable , wherein the support cable is unwound from the winch drum of the cable winch and the compacting element is lowered on the support cable from a position above a ground surface up to the ground surface, wherein the compacting element strikes the ground surface and compacting the soil in this process, characterised in that - a winding of the support cable on the winch drum is detected by means of a sensor unit, in particular a camera unit or a radar unit.
An apparatus for manufacturing RFID transponders, comprising - a wire conveying device having at least two wire conveying units which are arranged and designed to convey at least two antenna wires in a conveying direction (F), wherein said wire conveying units being further arranged and adapted to cooperate in tensioning said at least two antenna wires at least in sections parallel to each other at an angle of substantially 90° to said conveying direction (F), so that said antenna wires parallel to each other in sections have a material tension at an angle of substantially 90° to said conveying direction (F); and - at least one placement device being arranged and adapted to place a transponder chip (10; 20) between the antenna wires tensioned at an angle of substantially 90° to the conveying direction (F). - a wire conveying device having at least two wire conveying units which are arranged and designed to convey at least two antenna wires in a conveying direction (F), wherein - at least one placement device being arranged and adapted to place a transponder chip (10; 20) between the antenna wires tensioned at an angle of substantially 90° to the conveying direction (F).
Process for the preparation of a bis(sulfonato)imide salt of formula: (III) (SO 3 - )-N - -(SO 3 - )3C + where C + represents a monovalent cation, comprising the reaction of amidosulfuric acid of formula: (I) (OH)-SO 2 -NH 2 with a halosulfonic acid of formula: (II) (OH)-SO 2 -X where X represents a halogen atom, and comprising a reaction with a base which is a salt formed with the cation C + .
Composition for production of a thermoplastic moulding compound, wherein the composition comprises or consists of the following constituents A) 30% to 90% by weight of at least one polymer selected from the group consisting of aromatic polycarbonate and aromatic polyester carbonate, B) 5% to 65% by weight of polymer free of epoxy groups, consisting of B1) rubber-modified vinyl (co)polymer prepared by the emulsion polymerization method and B2) optionally rubber-free vinyl (co)polymer, C) 0.5% to 10% by weight of a block or graft polymer containing structural elements deriving from styrene and at least one epoxy-containing vinyl monomer, D) 0.001% to 20% by weight of one or more further additives, wherein component C has a weight ratio of structural elements deriving from styrene to those deriving from epoxy-containing vinyl monomer of 100:1 to 1:1, and wherein at least one of the composition constituents contains a Brønsted-acidic and/or Brønsted-basic compound. A) 30% to 90% by weight of at least one polymer selected from the group consisting of aromatic polycarbonate and aromatic polyester carbonate, B) 5% to 65% by weight of polymer free of epoxy groups, consisting of B1) rubber-modified vinyl (co)polymer prepared by the emulsion polymerization method and B2) optionally rubber-free vinyl (co)polymer, B1) rubber-modified vinyl (co)polymer prepared by the emulsion polymerization method and B2) optionally rubber-free vinyl (co)polymer, C) 0.5% to 10% by weight of a block or graft polymer containing structural elements deriving from styrene and at least one epoxy-containing vinyl monomer, D) 0.001% to 20% by weight of one or more further additives, wherein component C has a weight ratio of structural elements deriving from styrene to those deriving from epoxy-containing vinyl monomer of 100:1 to 1:1,
A method of controlling user creation of data resources on a software platform for storing and executing data resources for multiple users, wherein the method is performed using one or more processors or special-purpose computing hardware, the method comprising: receiving from a user a user request to create a data resource on the software platform, the user request comprising, or identifying, a specification indicative of the data resource and a user identifier associated with said user; performing verification of said user using the user identifier to determine if said user is permitted to create or modify the data resource indicated in the specification in accordance with a predetermined set of permissions; responsive to verifying said user in accordance with the predetermined set of permissions, creating a version of the data resource indicated in accordance with the specification for deployment on the software platform for subsequent access or execution by said user; wherein the, or a subsequent, user request comprises an indication that the data resource is required to be accessible to one or more other users, external to the software platform, via a network link, the method further comprising: verifying that said user is permitted to allow access to the data resource by external users; and responsive to verifying that said user is so permitted, creating one or more replicas of the data resource, and subsequently routing access requests from the one or more external users to the one or more replicas. receiving from a user a user request to create a data resource on the software platform, the user request comprising, or identifying, a specification indicative of the data resource and a user identifier associated with said user; performing verification of said user using the user identifier to determine if said user is permitted to create or modify the data resource indicated in the specification in accordance with a predetermined set of permissions; responsive to verifying said user in accordance with the predetermined set of permissions, creating a version of the data resource indicated in accordance with the specification for deployment on the software platform for subsequent access or execution by said user; wherein the, or a subsequent, user request comprises an indication that the data resource is required to be accessible to one or more other users, external to the software platform, via a network link, the method further comprising: verifying that said user is permitted to allow access to the data resource by external users; and responsive to verifying that said user is so permitted, creating one or more replicas of the data resource, and subsequently routing access requests from the one or more external users to the one or more replicas. verifying that said user is permitted to allow access to the data resource by external users; and responsive to verifying that said user is so permitted, creating one or more replicas of the data resource, and subsequently routing access requests from the one or more external users to the one or more replicas.
Assembly comprising two cable tray segments and a connection device connecting said two cable tray segments at a variable angle, said connection device comprising two monoblock rigid parts made of a polymeric material which are attached to one another in an articulated manner by means of a hinging articulation having an axis of articulation , and each of said two parts having a fitting end for fitting with a corresponding end of a cable tray segment , wherein said two parts are separable from one another and each comprises an attachment end opposite said fitting end , said attachment ends being formed such that they are assembled together by means of a translational movement of one end towards the other end, such that the assembly of said attachment ends constitutes said hinging articulation , said attachment end of each of the two parts being provided with a plurality of aligned ears , said plurality of ears comprising first ears joined together by a rod and second hook-shaped ears defining a channel with a bottom , said first and second ears being formed such that by means of said translational movement, the second ears of each of said two parts are introduced between the first ears of the other one of said two parts and said rod of each of said two parts enters through said channel of the other one of said two parts to a final position in which said rod fits in the bottom of said channel with rotational freedom, such that in said final position said rods of the two parts are aligned, constituting said axis of articulation of the hinging articulation and said second ears can rotate freely with respect to said rods .
An immunogen, comprising: a recombinant human parainfluenza virus (hPIV)3 F ectodomain trimer stabilized in a prefusion conformation, which trimer comprises protomers comprising one or more amino acid substitutions or deletions, wherein the protomer comprises an amino acid sequence set forth as SEQ ID NO: 45; or an amino acid sequence set forth as SEQ ID NO: 46; or an amino acid sequence set forth as SEQ ID NO: 47; or an amino acid sequence set forth as SEQ ID NO: 48; or an amino acid sequence set forth as SEQ ID NO: 49; or an amino acid sequence set forth as SEQ ID NO: 50. an amino acid sequence set forth as SEQ ID NO: 46; or an amino acid sequence set forth as SEQ ID NO: 47; or an amino acid sequence set forth as SEQ ID NO: 48; or an amino acid sequence set forth as SEQ ID NO: 49; or an amino acid sequence set forth as SEQ ID NO: 50.
A topical preparation comprising resveratrol-3-β-mono-D-glucoside (polydatin or piceid, or 3,5,4'-trihydroxystilbene-3-O-β-D-glucopiranoside), in a carrier suitable for application on the skin or on oral mucous membranes, for use in the prevention and/or mitigation of cutaneous or mucosal adverse reactions in the therapy with tyrosine kinase inhibitors as anticancer drugs, wherein said preparation is applied on the skin or on the oral mucous membranes once or more times a day, before and/or during the therapy with said drugs.
An actuator for an aircraft, comprising: an actuator housing for mounting to a static or movable structure of the aircraft a pair of load sensors arranged in the load path through the actuator , wherein the load sensors are antagonistically preloaded and their outputs electrically connected for calculating a load in the actuator from the loads measured by the respective load sensors ; wherein the load sensors are preloaded between respective sensor mounts, with a load transfer element being sandwiched between the load sensors ; characterised in that : the sensor mounts are provided in opposed parts of the actuator housing of the actuator , which parts of the actuator housing are fixed to one another by fasteners. an actuator housing for mounting to a static or movable structure of the aircraft a pair of load sensors arranged in the load path through the actuator , wherein the load sensors are antagonistically preloaded and their outputs electrically connected for calculating a load in the actuator from the loads measured by the respective load sensors ; wherein the load sensors are preloaded between respective sensor mounts, with a load transfer element being sandwiched between the load sensors ; characterised in that : the sensor mounts are provided in opposed parts of the actuator housing of the actuator , which parts of the actuator housing are fixed to one another by fasteners.
Resilient spacer for arrangement between a window frame and a window jamb , having a first contact face for the window jamb and having a second contact face for the window frame , the contact faces being at least twice as long as their spacing from one another and the spacer being resiliently deformable so that the spacing of the two contact faces from one another can be altered, wherein the spacer has a mechanical mounting device for attachment by mounting on a flange of the window jamb , wherein once the spacer has been mounted as intended on the flange , the mounting device holds the spacer with its first contact face in contact with the flange of the window jamb , characterised in that the spacer has a spring clip which has at a free end a barb as mechanical mounting device for snap-on attachment to an edge of a flange of the window jamb .
A method of delivery of liquid additive including a colourant to a polymer processing device during processing, wherein said method comprises: establishing a network of components including said polymer processing device in a control loop system, wherein said control loop system uses a feedback method to drive at least one pump (115;46), said feedback method comprising: sending at least one signal from at least one sensor associated with said polymer processing device to a controller (73;43); sending one or more signals from said controller (73;43) to said at least one pump (115;46); characterised by monitoring the pressure in the at least one pump (115;46) and sensing the position of an injection nozzle valve (133;49); and sending one or more signals to said injection nozzle valve (133;49) instructing said valve to open or close; wherein said controller is a high pressure nozzle controller (73;43) which signals said injection nozzle valve to open once the system pressure reaches a user-designated level and said valve is in the proper position. establishing a network of components including said polymer processing device in a control loop system, wherein said control loop system uses a feedback method to drive at least one pump (115;46), said feedback method comprising: sending at least one signal from at least one sensor associated with said polymer processing device to a controller (73;43); sending one or more signals from said controller (73;43) to said at least one pump (115;46); characterised by monitoring the pressure in the at least one pump (115;46) and sensing the position of an injection nozzle valve (133;49); and sending one or more signals to said injection nozzle valve (133;49) instructing said valve to open or close; sending at least one signal from at least one sensor associated with said polymer processing device to a controller (73;43); sending one or more signals from said controller (73;43) to said at least one pump (115;46); characterised by monitoring the pressure in the at least one pump (115;46) and sensing the position of an injection nozzle valve (133;49); and sending one or more signals to said injection nozzle valve (133;49) instructing said valve to open or close; wherein said controller is a high pressure nozzle controller (73;43) which signals said injection nozzle valve to open once the system pressure reaches a user-designated level and said valve is in the proper position.
A method of manufacturing a panel , comprising the steps of supplying a substrate having an upper side , applying a layer onto the upper side and subsequently irradiating the upper side so as to cure at least a part of the layer by irradiation, hence forming the panel , wherein the layer comprises a liquid coating on substantially the entire upper side and a substance which is digitally printed locally on the upper side , wherein the substance and the liquid coating cooperate such that the coating is non-curable or only curable to a limited extent by the irradiation, whereas the substance makes the coating curable by the irradiation at locations where they meet each other characterized in that the substance is a first substance and wherein a second substance is digitally printed locally on the upper side adjacent to the first substance , which second substance inhibits curing of the coating at locations where they meet each other such that the coating remains liquid there.
A volatile agent-containing three-dimensional structure comprising: a plurality of corrugated members formed by corrugating rod-shaped members, wherein each of the corrugated members has at least part of apexes thereof fixedly joined to apexes of another of the corrugated members such that the apexes fixedly joined together cross each other, and wherein the three-dimensional structure is formed from a resin composition containing a volatile agent having volatility and kneaded in the resin composition such that the volatile agent can bleed onto and volatilize from a surface of the three-dimensional structure. a plurality of corrugated members formed by corrugating rod-shaped members, wherein each of the corrugated members has at least part of apexes thereof fixedly joined to apexes of another of the corrugated members such that the apexes fixedly joined together cross each other, and wherein the three-dimensional structure is formed from a resin composition containing a volatile agent having volatility and kneaded in the resin composition such that the volatile agent can bleed onto and volatilize from a surface of the three-dimensional structure.
Optical device for controlling light comprising - a substrate with a boundary surface and with a border region contacting the boundary surface , - a waveguide formed within the substrate for guiding a light beam, and - an optical structure , wherein the waveguide bends towards the boundary surface of the substrate for directing the light beam at the optical structure , wherein the border region is arranged at least partially in an optical path between the waveguide and the optical structure , wherein there is provided for a contact structure contacting the border region at the boundary surface , characterized in that the contact structure has a refractive index, which is lower than the refractive index of the substrate in the border region . - a substrate with a boundary surface and with a border region contacting the boundary surface , - a waveguide formed within the substrate for guiding a light beam, and - an optical structure , wherein the waveguide bends towards the boundary surface of the substrate for directing the light beam at the optical structure , wherein the border region is arranged at least partially in an optical path between the waveguide and the optical structure , wherein there is provided for a contact structure contacting the border region at the boundary surface , characterized in that the contact structure has a refractive index, which is lower than the refractive index of the substrate in the border region .
Ceiling formwork system - having at least one ceiling formwork panel , - having at least one vertical support supporting the ceiling formwork panel , - having a bearing head which has in the mounted state on the vertical support an anchoring cross-member oriented transverse to the vertical support and having a length corresponding at least to a side length of the supporting ceiling formwork panel, whereby the anchoring cross-member can be affixed at each end to lateral edges of the ceiling formwork panel, and having - means for affixing an anchoring element which are provided to the bearing head , wherein the formwork panel has a respective latching recess for receiving a respective cross-member end, so that, when the anchoring cross-member is held in the formwork panel via the anchoring element , a tensile stress can be applied via the cross-member to the at least one formwork panel in order to at least partially horizontally divert an applied load in the formwork plane. - having at least one ceiling formwork panel , - having at least one vertical support supporting the ceiling formwork panel , - having a bearing head which has in the mounted state on the vertical support an anchoring cross-member oriented transverse to the vertical support and having a length corresponding at least to a side length of the supporting ceiling formwork panel, whereby the anchoring cross-member can be affixed at each end to lateral edges of the ceiling formwork panel, and having - means for affixing an anchoring element which are provided to the bearing head ,
An LED circuit configured to adjust color temperature, comprising: a first LED string group, comprising a first LED string and a second LED string , the first LED string being provided with a first color temperature, the second LED string being provided with a second color temperature; characterized by further comprising: a second LED string group, comprising a third LED string and a fourth LED string , the third LED string being provided with a third color temperature, the fourth LED string being provided with a fourth color temperature; and a switch assembly , comprising a first switch S1, a second switch S2, a third switch S3, a fourth switch S4, a fifth switch S5, a sixth switch S6, a seventh switch S7, an eighth switch S8, and a ninth switch S9, configured for controlling a serial or parallel connection of the first LED string and the second LED string , and controlling a serial or parallel connection of the third LED string and the fourth LED string , by closing and opening the switches S1-S9 in order to adjust the color temperature; wherein the first color temperature is different from the second color temperature, the third color temperature is different from the fourth color temperature. a first LED string group, comprising a first LED string and a second LED string , the first LED string being provided with a first color temperature, the second LED string being provided with a second color temperature; characterized by further comprising: a second LED string group, comprising a third LED string and a fourth LED string , the third LED string being provided with a third color temperature, the fourth LED string being provided with a fourth color temperature; and a switch assembly , comprising a first switch S1, a second switch S2, a third switch S3, a fourth switch S4, a fifth switch S5, a sixth switch S6, a seventh switch S7, an eighth switch S8, and a ninth switch S9, configured for controlling a serial or parallel connection of the first LED string and the second LED string , and controlling a serial or parallel connection of the third LED string and the fourth LED string , by closing and opening the switches S1-S9 in order to adjust the color temperature; a second LED string group, comprising a third LED string and a fourth LED string , the third LED string being provided with a third color temperature, the fourth LED string being provided with a fourth color temperature; and a switch assembly , comprising a first switch S1, a second switch S2, a third switch S3, a fourth switch S4, a fifth switch S5, a sixth switch S6, a seventh switch S7, an eighth switch S8, and a ninth switch S9, configured for controlling a serial or parallel connection of the first LED string and the second LED string , and controlling a serial or parallel connection of the third LED string and the fourth LED string , by closing and opening the switches S1-S9 in order to adjust the color temperature; wherein the first color temperature is different from the second color temperature, the third color temperature is different from the fourth color temperature.