mhurhangee/ep-ind-claims huggingface dataset:
Dowel assembly for a connecting device for connecting two furniture elements (24, 27), wherein a tensioning mechanism is formed in a housing of the connecting device, wherein the dowel assembly comprises a tensioning element, such as a connecting bolt or a screw element, and a dowel element, wherein the dowel element is arranged at a first end of the tensioning element, wherein the housing is arranged on a first furniture element and the tensioning element is arranged with its first end in the mounted state on the second furniture element, wherein the tensioning element for connecting the two furniture elements (24, 27) with its second end can be inserted into the housing of the connecting device, the dowel assembly in addition to the dowel element and the tensioning element comprises an additional anchoring element, wherein the anchoring element comprises a securing element (11a, 11d) and the securing element (11a -11d) is designed as a spreading element, wherein the securing element (11a -11d) of the dowel arrangement is designed such that when activating the tensioning mechanism the spreading element (11a- 11d) is pushed and/or spread in a radial direction, characterised in that the anchoring element is inserted into the dowel element in the mounted position on the dowel assembly.
An endodontic file for treatment of a dental nerve, the endodontic file comprising: a head part; a tissue removing blade part to be inserted into a root canal for removing diseased nerves; and a stress dispersing part composed of a plurality of helical coil spring rods having the same inner diameter and central axis in the same section of a longitudinal direction thereof between the head part and the tissue removing blade part, characterized in that the plurality of helical coil spring rods are spirally cut through the central axis of rotation of the endodontic file therealong in the longitudinal direction of the endodontic file, wherein the plurality of helical coil spring rods are positioned to face each other, with spiral cut parts formed between the coil spring rods, through the central axis of rotation of the endodontic file therealong in the longitudinal direction of the endodontic file. a head part; a tissue removing blade part to be inserted into a root canal for removing diseased nerves; and a stress dispersing part composed of a plurality of helical coil spring rods having the same inner diameter and central axis in the same section of a longitudinal direction thereof between the head part and the tissue removing blade part, characterized in that the plurality of helical coil spring rods are spirally cut through the central axis of rotation of the endodontic file therealong in the longitudinal direction of the endodontic file, wherein the plurality of helical coil spring rods are positioned to face each other, with spiral cut parts formed between the coil spring rods, through the central axis of rotation of the endodontic file therealong in the longitudinal direction of the endodontic file.
An end effector comprising: an outer tube defining a viewing window and a lockout window positioned distal to the viewing window, the outer tube defining a first passageway therethrough; a coil member disposed within the first passageway of the outer tube, the coil member defining a second passageway therethrough; a plurality of fasteners disposed in the second passageway of the coil member, the plurality of fasteners configured to translate along the second passageway; and an engagement member disposed proximal to the plurality of fasteners and at least partially visible through the viewing window of the outer tube, the engagement member configured to translate along the second passageway proximal to the plurality of fasteners to provide a count relative to the viewing window of the plurality of fasteners remaining in the end effector, the engagement member including: a body portion; and a biasing portion extending from the body portion, the biasing portion having a biasing arm (316a, 316b), the biasing arm (316a, 316b) biased resiliently outward such that engagement of a free end of the biasing portion of the engagement member with the lockout window restricts further translation of the engagement member. an outer tube defining a viewing window and a lockout window positioned distal to the viewing window, the outer tube defining a first passageway therethrough; a coil member disposed within the first passageway of the outer tube, the coil member defining a second passageway therethrough; a plurality of fasteners disposed in the second passageway of the coil member, the plurality of fasteners configured to translate along the second passageway; and an engagement member disposed proximal to the plurality of fasteners and at least partially visible through the viewing window of the outer tube, the engagement member configured to translate along the second passageway proximal to the plurality of fasteners to provide a count relative to the viewing window of the plurality of fasteners remaining in the end effector, the engagement member including: a body portion; and a biasing portion extending from the body portion, the biasing portion having a biasing arm (316a, 316b), the biasing arm (316a, 316b) biased resiliently outward such that engagement of a free end of the biasing portion of the engagement member with the lockout window restricts further translation of the engagement member. a body portion; and a biasing portion extending from the body portion, the biasing portion having a biasing arm (316a, 316b), the biasing arm (316a, 316b) biased resiliently outward such that engagement of a free end of the biasing portion of the engagement member with the lockout window restricts further translation of the engagement member.
Method for manufacturing a container, comprising: - a step of manufacturing a preform comprising: - a step of transferring a digital model of the preform that is to be manufactured to an additive manufacturing machine, - a step of producing the preform using the additive manufacturing machine from the transferred digital model, the manufactured preform comprising a body of elongate overall shape and provided with an open first end forming a neck and with a closed second end forming a bottom, and - a step of cooling the manufactured preform at ambient temperature, the method being characterized in further comprising - a step of heating the manufactured preform to between the glass transition temperature and the crystallization temperature of the material of the preform, - a step of biaxial stretching of the preform in the radial direction and in the axial direction inside a blow-moulding mould to form the container, and - a step of extracting the container formed from the blow-moulding mould. - a step of manufacturing a preform comprising: - a step of transferring a digital model of the preform that is to be manufactured to an additive manufacturing machine, - a step of producing the preform using the additive manufacturing machine from the transferred digital model, the manufactured preform comprising a body of elongate overall shape and provided with an open first end forming a neck and with a closed second end forming a bottom, and - a step of cooling the manufactured preform at ambient temperature, - a step of heating the manufactured preform to between the glass transition temperature and the crystallization temperature of the material of the preform, - a step of biaxial stretching of the preform in the radial direction and in the axial direction inside a blow-moulding mould to form the container, and - a step of extracting the container formed from the blow-moulding mould.
A humidity-protected reactive hot melt adhesive pillow, comprising a reactive hot melt adhesive in the form of pillow and a humidity protection exterior layer, wherein said exterior layer comprises a mixture of one or more EVA (Ethylene-Vinyl Acetate) copolymers and hydrophobic fumed silica.
A method, comprising: detecting, by a client application executed by a client device, a request of a user to launch a local application of the client device; the method characterised in that it further comprises the steps of: determining, by the client application, that the local application corresponds to a network application provided by an application server; intercepting, by the client application, the request to launch the local application, responsive to the determination, so as to prevent launch of the local application in response to the request; and accessing, by an embedded browser of the client application, the network application from the application server, responsive to interception of the request. detecting, by a client application executed by a client device, a request of a user to launch a local application of the client device; the method characterised in that it further comprises the steps of: determining, by the client application, that the local application corresponds to a network application provided by an application server; intercepting, by the client application, the request to launch the local application, responsive to the determination, so as to prevent launch of the local application in response to the request; and accessing, by an embedded browser of the client application, the network application from the application server, responsive to interception of the request.
Flow dividing device for a condensation steam turbine having a plurality of outlets, having a flow divider which divides the total steam flow into two steam flows (30, 31) which each flow through one condenser (14, 15) assigned to them, a stagnation point detection device for locating the stagnation point which forms on the leading edge of the flow divider when dividing the total steam flow and a coolant dividing device (21, 22) by means of which the coolant supply to the condensers (14, 15) is controlled as a function of the location of the stagnation point such that the stagnation point is located centrally, avoiding a flow separation on the flow divider.
A disinfection unit configured to be operated in a room having a ceiling, wherein the disinfection unit comprises one or more nozzles (8, 8', 8") each being arranged to generate a jet and hereby spray a disinfection fluid into the room, wherein the disinfection unit comprises a control unit configured to calculate a quantity of disinfection fluid to be sprayed into the room on the basis of a predefined required degree of purity, wherein the disinfection unit: a) comprises a mobile device or b) is configured to be electrically and mechanically connected to a mobile device, wherein the mobile device is configured to move the disinfection unit, wherein the disinfection unit comprises a position determination device configured to determine the position of the disinfection unit, wherein the disinfection unit comprises a detection unit arranged and configured to detect a height (H 1, H 2, H 3) of the room, characterised in that the disinfection unit is configured to carry out a height detection while the mobile device is moved along a predefined path, wherein the predefined path is selected in such a manner that at least one height measurement is available for each square meter of the ceiling. a) comprises a mobile device or b) is configured to be electrically and mechanically connected to a mobile device, wherein the mobile device is configured to move the disinfection unit, wherein the disinfection unit comprises a position determination device configured to determine the position of the disinfection unit, wherein the disinfection unit comprises a detection unit arranged and configured to detect a height (H 1, H 2, H 3) of the room, characterised in that the disinfection unit is configured to carry out a height detection while the mobile device is moved along a predefined path, wherein the predefined path is selected in such a manner that at least one height measurement is available for each square meter of the ceiling.
A user equipment supporting conditional handovers to cells of a cellular network, configured to Receive from the cellular network configuration data, Check the trigger conditions comprised in the configuration data, and if the trigger conditions are fulfilled, execute the conditional handover with the help of the configuration data, Characterized in that the configuration data is for configuring multiple conditional handovers as a sequence, wherein the configuration data is configured to configure multiple target cells over the user equipment mobility path or route as handover candidates, wherein the configuration data comprises not only trigger conditions to trigger a conditional handover and configuration information of a conditional handover from the current serving cell to a next potential target cell, but further trigger conditions and configuration information of subsequent handovers to one or more other potential target cells, in which the current serving cell is not involved. Receive from the cellular network configuration data, Check the trigger conditions comprised in the configuration data, and if the trigger conditions are fulfilled, execute the conditional handover with the help of the configuration data, Characterized in that the configuration data is for configuring multiple conditional handovers as a sequence, wherein the configuration data is configured to configure multiple target cells over the user equipment mobility path or route as handover candidates, wherein the configuration data comprises not only trigger conditions to trigger a conditional handover and configuration information of a conditional handover from the current serving cell to a next potential target cell, but further trigger conditions and configuration information of subsequent handovers to one or more other potential target cells, in which the current serving cell is not involved. wherein the configuration data is configured to configure multiple target cells over the user equipment mobility path or route as handover candidates, wherein the configuration data comprises not only trigger conditions to trigger a conditional handover and configuration information of a conditional handover from the current serving cell to a next potential target cell, but further trigger conditions and configuration information of subsequent handovers to one or more other potential target cells, in which the current serving cell is not involved.
Human lactoferrin derived peptide for use as an antigen masking agent in the production of a pharmaceutical composition for delivery of a biological active substance in a mammalian organism, where the biological active substance is able to induce an undesired immune response by the mammalian organism, where the pharmaceutical composition comprises a supramolecular aggregate of the biological active substance and the human lactoferrin derived peptide, with the effect that after delivery of the pharmaceutical composition to the mammalian organism, there is no or only a diminished induction of the undesired immune response against the biological active substance, whereby the human lactoferrin derived peptide is a peptide with a length of 19 to 30 amino acids and includes an amino acid sequence according to SEQ.ID.No.1 KCFQWQRNMRKVRGPPVSCIKR or a sequence which is at least 90 % homologous to that sequence SEQ.ID.No.1 and whereby the biological active substance is selected from the group of biological active proteins or biological active peptides, antisera or polyclonal or monoclonal antibodies, where an undesired immune response by an mammalian organism is defined as the response of the immune system by production of antibodies against a biological active substance which is delivered to a mammalian organism in order to exert a desired beneficial therapeutic effect which is different from an immune response or in which the immune response is an undesired side effect.
Locking and/or unlocking sensor device which is intended to be fitted to door or window-type joinery comprising at least one openable fixture which is mounted on a fixed frame and is provided with a locking fitting of the bascule or bascule-bolt type, which fitting is implanted in a groove (6; 6A), made by a rabbet, of said openable fixture and/or of the fixed frame, the locking fitting comprising at least one operating rod moving in said groove (6; 6A) between at least two separate locked and/or unlocking positions, the device being provided to take position in the rabbet of the openable fixture or of the fixed frame and having a defined casing which is suitable for extending at least partly into said groove (6, 6A), said casing incorporating autonomous supply means of a movement sensor of the rod and of at least one transmitter for transmitting data from the movement sensor to a receiver unit, characterized in that the movement sensor extends between two housings (15, 16) which are included in the casing and which are configured so that said rod can engage in one of these housings in at least one of its locked and/or unlocking positions (17, 18).
An Internet of Things resource subscription method, comprising: receiving, by a device, a request message sent by a server, wherein the request message comprises an identifier of a first resource and a first parameter, the first resource comprises a first child resource and a second child resource, and the first parameter is used to instruct the device to send an updated resource value to the server; and determining, by the device, that a preset condition or a condition specified by the server is met, and sending, by the device, a message to the server, wherein the message comprises an updated child resource value in the first resource, wherein the determining comprises: determining, by the device, that the preset condition or the condition specified by the server is met, a current value of the first child resource is different from a value that is of the first child resource and that is sent to the server last time, and a current value of the second child resource is the same as a value that is of the second child resource and that is sent to the server last time, and wherein the sending comprises: sending, by the device, the current value of the first child resource to the server. receiving, by a device, a request message sent by a server, wherein the request message comprises an identifier of a first resource and a first parameter, the first resource comprises a first child resource and a second child resource, and the first parameter is used to instruct the device to send an updated resource value to the server; and determining, by the device, that a preset condition or a condition specified by the server is met, and sending, by the device, a message to the server, wherein the message comprises an updated child resource value in the first resource, wherein the determining comprises: determining, by the device, that the preset condition or the condition specified by the server is met, a current value of the first child resource is different from a value that is of the first child resource and that is sent to the server last time, and a current value of the second child resource is the same as a value that is of the second child resource and that is sent to the server last time, and wherein the sending comprises: sending, by the device, the current value of the first child resource to the server.
A portable fluid spraying system comprising: a handheld fluid sprayer comprising: a fluid reservoir configured to store a fluid; a pump configured to pump the fluid from the fluid reservoir to an outlet of the handheld fluid sprayer; a handle; and a first trigger proximate the handle, configured to control fluid flow to the outlet; a fluid hose having a coupling mechanism configured to removably couple to the handheld fluid sprayer proximate the outlet; and a fluid spray gun comprising: a gun inlet configured to couple to the fluid hose and receive the fluid from the handheld fluid sprayer; a gun outlet configured to expel the fluid in a spray pattern; and a second trigger configured to control fluid flow to the gun outlet, wherein the first trigger actuates a valve of the handheld fluid sprayer that controls the fluid flow; characterised in that the coupling mechanism comprises a pin configured to mechanically actuate the valve of the handheld fluid sprayer when the fluid hose is coupled to the handheld fluid sprayer. a fluid reservoir configured to store a fluid; a pump configured to pump the fluid from the fluid reservoir to an outlet of the handheld fluid sprayer; a handle; and a first trigger proximate the handle, configured to control fluid flow to the outlet; a fluid hose having a coupling mechanism configured to removably couple to the handheld fluid sprayer proximate the outlet; and a fluid spray gun comprising: a gun inlet configured to couple to the fluid hose and receive the fluid from the handheld fluid sprayer; a gun outlet configured to expel the fluid in a spray pattern; and a second trigger configured to control fluid flow to the gun outlet, wherein the first trigger actuates a valve of the handheld fluid sprayer that controls the fluid flow; characterised in that the coupling mechanism comprises a pin configured to mechanically actuate the valve of the handheld fluid sprayer when the fluid hose is coupled to the handheld fluid sprayer. a gun inlet configured to couple to the fluid hose and receive the fluid from the handheld fluid sprayer; a gun outlet configured to expel the fluid in a spray pattern; and a second trigger configured to control fluid flow to the gun outlet, wherein the first trigger actuates a valve of the handheld fluid sprayer that controls the fluid flow; characterised in that the coupling mechanism comprises a pin configured to mechanically actuate the valve of the handheld fluid sprayer when the fluid hose is coupled to the handheld fluid sprayer.
Device for supplying pressurized cryogenic fluid comprising a thermally insulated container consisting of an inner tank delimiting a volume designed to store cryogenic liquid to be pumped, for example liquid hydrogen, and an outer tank arranged about the inner tank and delimiting a sealed volume about the inner tank, when the device is in the usage state, the inner tank and the outer tank extending vertically and being closed at the top end thereof by a set of covers (11, 12, 13), the device comprising a pumping system (9, 10) mounted on the set of covers (11, 12, 13) and comprising a lower end seated in the volume delimited by the inner tank and designed to pump the cryogenic liquid therein, the device further comprising a cryogenic liquid feed circuit designed to supply the inner tank with cryogenic fluid and a delivery circuit designed to transfer the cryogenic liquid pumped by the pumping system (9, 10) out of the inner tank, characterized in that the pumping system comprises two piston pumps (9, 10) actuated by an actuator, preferably a linear actuator, the two piston pumps being connected in parallel to the delivery circuit and designed to be actuated in an offset manner to ensure a continuous flow of cryogenic liquid pumped through the delivery circuit, i.e. the two reciprocating pumps (9, 10) are used in parallel and form a single compression stage delivering a constant continuous pressurized flow.