mhurhangee/patent-ind-claim-en huggingface dataset:
Monitoring device arranged to be operably connected to a medicament delivery device , said medicament delivery device comprising a manually operated movable dose activating element , said monitoring device comprising an electronic circuit , said electronic circuit comprising a light emitting element and a light sensor , wherein said light emitting element and said light sensor are positioned in relation to said dose activating element so as to detect a manual operation of said dose activating element from an initial position, wherein said dose activation element is arranged for setting a dose of medicament and for delivering said set dose and characterized in that said electronics circuit is arranged to register when said light sensor detects an interruption of a light beam between said light emitting element and said light sensor.
A fluid mixing machine and particularly a continuously operating and fluid-respiring fluid mixing machine , comprising at least one main mixing chamber with at least one main mixing space , the cross section of which narrows along a main direction of extent (R x2 ) from an inlet end with a large diameter (D 6 ) to an outlet end with a small diameter (D 8 ), in which at the outlet end a nozzle the cross section of which widens in the main direction of extent (R x2 ) in the main direction of extent (R x2 ) is provided and in which at the inlet end a locking part is provided that locks the main mixing space in particular at the front, wherein the locking end has the following: at least one quaternary fluid inlet flowing in particular axially into the main mixing space , in order to convey at least one quaternary fluid to the main mixing space ,and at least one tertiary fluid inlet flowing tangentially into the main mixing space , in order to convey tangentially to the main mixing space at least one tertiary fluid, in which the tertiary fluid inlet has at least one pre-mixing chamber , with a pre-mixing space the cross section of which narrows along a main direction of extent (R x300 ) from an inlet end , with a large diameter, to an outlet end , with a small diameter, and in which the pre-mixing chamber has the following: at least one secondary flow inlet flowing in particular axially into the pre-mixing space , in order to convey at least one secondary fluid to the main mixing space and at least one primary fluid inlet flowing tangentially into the pre-mixing space , in order to convey at least one primary fluid to the pre-mixing space . at least one quaternary fluid inlet flowing in particular axially into the main mixing space , in order to convey at least one quaternary fluid to the main mixing space ,and at least one tertiary fluid inlet flowing tangentially into the main mixing space , in order to convey tangentially to the main mixing space at least one tertiary fluid, in which the tertiary fluid inlet has at least one pre-mixing chamber , with a pre-mixing space the cross section of which narrows along a main direction of extent (R x300 ) from an inlet end , with a large diameter, to an outlet end , with a small diameter, and in which the pre-mixing chamber has the following: at least one secondary flow inlet flowing in particular axially into the pre-mixing space , in order to convey at least one secondary fluid to the main mixing space and at least one primary fluid inlet flowing tangentially into the pre-mixing space , in order to convey at least one primary fluid to the pre-mixing space . at least one secondary flow inlet flowing in particular axially into the pre-mixing space , in order to convey at least one secondary fluid to the main mixing space and at least one primary fluid inlet flowing tangentially into the pre-mixing space , in order to convey at least one primary fluid to the pre-mixing space .
Baggage support having: - a first end , which is provided and designed to be connected to the seat or frame of a bicycle , - a second end, which forms a supporting arrangement which is provided and designed so that, when the baggage support is arranged on the seat or frame of a bicycle , a rucksack arranged on the back of the person riding the bicycle is supported during the journey, characterized in that the supporting arrangement has integrated connecting means , which are suitable, in conjunction with corresponding connecting means in or on the rucksack to be supported, for establishing a magnetic force-fitting connection or a snap-fit or latching connection between the supporting arrangement and the rucksack to be supported. - a first end , which is provided and designed to be connected to the seat or frame of a bicycle , - a second end, which forms a supporting arrangement which is provided and designed so that, when the baggage support is arranged on the seat or frame of a bicycle , a rucksack arranged on the back of the person riding the bicycle is supported during the journey,
A method for material forming, by means of a movable impact head and tool combination and a drive unit (2; 101), the impact head and tool combination being arranged to be movable in relation to a frame , the frame being arranged to hold the impact head and tool combination , the method comprising moving the drive unit (2; 101) to strike the impact head and tool combination to provide kinetic energy to the impact head and tool combination , for the impact head and tool combination to strike a work material (W), so as to form the work material (W), characterized in that a return movement of the movable impact head and tool combination , away from the work material, after the strike of the work material (W) by the impact head and tool combination , is dampened, wherein the method comprises providing the impact head and tool combination in the frame , and providing a dampening arrangement mounted to the frame and/or the impact head and tool combination , wherein the impact head and tool combination is dampened by means of the dampening arrangement , wherein the dampening arrangement comprises a first dampening element arranged between the frame and a surface of the impact head and tool combination facing away from the work material (W).
Electronic power circuit comprising at least one electronic chip (MT, MD), a laminated substrate (LA1, LA2, SB) formed from insulating and conductive layers and heat dissipation means, said electronic chip being located in said substrate and said heat dissipation means being attached to first and second opposite faces of said substrate, said heat dissipation means comprising first and second busbars forming heat sinks (BBH, BBL) and mounted respectively on said first and second opposite faces of said substrate, characterised in that said first and second busbars (BBH, BBL) are each formed from a plurality of metal busbar sections (BB1H, BB2H, BB3H, BB4H; BB1L, BB2L, BB3L) attached to predetermined positions (MCH, PE, MCL) that are spaced apart and interconnected to one another and to a contact face of said electronic chip (MT, MD) by a metal layer (MEH, MEL).
Housing for a jettisonable flight data recorder of an aircraft, comprising: an inner housing with at least one inner edge ; and a deformable outer region with at least one rounded outer edge ; the outer edge of the outer region having a larger radius of curvature than the inner edge of the inner housing , and the outer region having a shock-absorbing material in order to, in the event that the flight data recorder is jettisoned from the aircraft, prevent damage to the aircraft that would reduce aviation safety, characterized in that the housing has a central through-passage so as to allow a single point mounting for fastening the flight data recorder to the aircraft. an inner housing with at least one inner edge ; and a deformable outer region with at least one rounded outer edge ; the outer edge of the outer region having a larger radius of curvature than the inner edge of the inner housing , and the outer region having a shock-absorbing material in order to, in the event that the flight data recorder is jettisoned from the aircraft, prevent damage to the aircraft that would reduce aviation safety, characterized in that the housing has a central through-passage so as to allow a single point mounting for fastening the flight data recorder to the aircraft.
Hub cover for a tire filling device of a vehicle, for covering a wheel hub of the vehicle that can rotate on an center line (A), wherein an air supply, which is coupled to a steering knuckle arranged inside the wheel hub , is at least indirectly connected to an air volume in a tire of a vehicle wheel via a rotary connection arranged on the hub cover , wherein the rotary connection comprises an adapter which is axially secured and rotatably arranged on the hub cover and accommodates a rotary transmitter for establishing a compressed air connection with the tire of the vehicle wheel, wherein the adapter has a tubular portion and a flange-shaped portion , wherein the tubular portion extends at least partially through an opening in the hub cover , and the flange-shaped portion comes to rest axially on the hub cover from outside the vehicle, and wherein the adapter has at least one flow connection between its inner face facing the wheel hub and its end face facing away from the wheel hub , characterized in that part of the flow connection is a groove which surrounds the center line (A) and receives a radial shaft sealing ring .
A method performed by a first network entity which is a common application program interface framework, CAPIF, core function entity in a mobile communication system, the method comprising: receiving, from a second network entity which is an application program interface, API, management function entity, a registration request, wherein the registration request includes a list of API provider domain function entities requiring a registration on the CAPIF core function entity and first security information for validating the registration request; transmitting, to the second network entity, a registration response as a response to the registration request, wherein the registration response includes a list of identities for successfully registered API provider domain function entities based on validation according to the first security information, and second security information for subsequent CAPIF API invocation; receiving, from the second network entity, a registration update request, wherein the registration update request includes a list of API provider domain function entities requiring a registration update and third security information validating the registration update request; and transmitting, to the second network entity, a registration update response as a response to the registration update request, wherein the registration update response includes a list of identities for successfully updated API provider domain function entities based on validation according to the third security information, and fourth security information for subsequent CAPIF API invocation. receiving, from a second network entity which is an application program interface, API, management function entity, a registration request, wherein the registration request includes a list of API provider domain function entities requiring a registration on the CAPIF core function entity and first security information for validating the registration request; transmitting, to the second network entity, a registration response as a response to the registration request, wherein the registration response includes a list of identities for successfully registered API provider domain function entities based on validation according to the first security information, and second security information for subsequent CAPIF API invocation; receiving, from the second network entity, a registration update request, wherein the registration update request includes a list of API provider domain function entities requiring a registration update and third security information validating the registration update request; and transmitting, to the second network entity, a registration update response as a response to the registration update request, wherein the registration update response includes a list of identities for successfully updated API provider domain function entities based on validation according to the third security information, and fourth security information for subsequent CAPIF API invocation.
A method for predicting responsiveness of a patient to immunotherapy, which method comprises detecting the level of expression of a Fetuin-A polypeptide or a fragment thereof, comprising an O-linked oligosaccharide chain bearing two terminal sialic acid residues at position 256 and an O-linked oligosaccharide chain bearing two terminal sialic acid residues at position 270, by reference to the amino acid positions as shown in sequence SEQ ID NO: 1, in a biological sample from said patient, wherein said biological sample has been taken before the commencement of and/or during immunotherapy, and wherein in said immunotherapy an allergen or auto-antigen is administered to said patient in order to treat allergy or auto-immune disease.
A method for forming a conductive interconnection comprising: forming a semiconductor stack over a first contact ; forming a first conductive layer over the semiconductor stack ; and removing a shaped region of the first conductive layer from the semiconductor stack , wherein a conductive island is formed from the first conductive layer and demarcated by the shaped region; forming a dielectric layer over the first conductive layer , after the step of removing a shaped region of the first conductive layer from the semiconductor stack ; forming a passage through the conductive island of the first conductive layer , the passage extending through the dielectric layer , the conductive island of the first conductive layer , and the semiconductor stack ; and filling the passage , at least partially, with an interconnect that forms an electrical connection with the first contact . forming a semiconductor stack over a first contact ; forming a first conductive layer over the semiconductor stack ; and removing a shaped region of the first conductive layer from the semiconductor stack , wherein a conductive island is formed from the first conductive layer and demarcated by the shaped region; forming a dielectric layer over the first conductive layer , after the step of removing a shaped region of the first conductive layer from the semiconductor stack ; forming a passage through the conductive island of the first conductive layer , the passage extending through the dielectric layer , the conductive island of the first conductive layer , and the semiconductor stack ; and filling the passage , at least partially, with an interconnect that forms an electrical connection with the first contact .
Connection device for connecting at least two media lines or for connecting a media line to an assembly, wherein the connection device comprises a housing having at least one inner medium channel , through which medium is able to flow, and at least one measurement device having a sensor element for determining at least one parameter of the medium, such as the temperature of the medium, wherein the sensor element of the measurement device is held by form-fitting and/or force-based engagement and/or by material bonding in a thermally conductive plastics material in such a manner that it is sealed with respect to the medium which is flowing or is able to flow through the medium channel , and the thermally conductive plastics material is connected by material bonding to a plastics material adjacent thereto of the housing of the connection device , wherein the housing of the connection device consists of at least two plastics materials, wherein at least one plastics material of the housing is not thermally conductive or has little thermal conductivity and at least a second plastics material of the housing is thermally conductive, wherein the thermally conductive plastics material of the housing is arranged in the region of the sensor element , wherein that part of the measurement device that is provided with the thermally conductive plastics material and/or that part of a wall , delimiting the medium channel, of the housing of the connection device that is provided with the thermally conductive plastics material projects into the medium channel and medium is able to flow or flows at least partially around it, wherein the sensor element is held in the thermally conductive plastics material by form-fitting and/or force-based engagement and/or by material bonding. the sensor element of the measurement device is held by form-fitting and/or force-based engagement and/or by material bonding in a thermally conductive plastics material in such a manner that it is sealed with respect to the medium which is flowing or is able to flow through the medium channel , and the thermally conductive plastics material is connected by material bonding to a plastics material adjacent thereto of the housing of the connection device , wherein the housing of the connection device consists of at least two plastics materials, wherein at least one plastics material of the housing is not thermally conductive or has little thermal conductivity and at least a second plastics material of the housing is thermally conductive, wherein the thermally conductive plastics material of the housing is arranged in the region of the sensor element , wherein that part of the measurement device that is provided with the thermally conductive plastics material and/or that part of a wall , delimiting the medium channel, of the housing of the connection device that is provided with the thermally conductive plastics material projects into the medium channel and medium is able to flow or flows at least partially around it, wherein the sensor element is held in the thermally conductive plastics material by form-fitting and/or force-based engagement and/or by material bonding.
A structure of memory device, comprising: a substrate , comprising a bottom electrode layer therein ; a buffer layer , disposed on the substrate, in contact with the bottom electrode layer ; a resistive layer , surrounding a whole sidewall of the buffer layer and extending upward vertically from the substrate ; and a mask layer , disposed on the buffer layer and the resistive layer ; the structure of memory device being characterized in further comprising a noble metal layer , disposed on the substrate and fully covering the resistive layer and the mask layer ; and a top electrode layer , disposed on the noble metal layer . a substrate , comprising a bottom electrode layer therein ; a buffer layer , disposed on the substrate, in contact with the bottom electrode layer ; a resistive layer , surrounding a whole sidewall of the buffer layer and extending upward vertically from the substrate ; and a mask layer , disposed on the buffer layer and the resistive layer ; the structure of memory device being characterized in further comprising a noble metal layer , disposed on the substrate and fully covering the resistive layer and the mask layer ; and a top electrode layer , disposed on the noble metal layer .
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including first information for configuring a plurality of bandwidth parts, BWPs, for at least one secondary cell, Scell, and second information on a BWP to be activated; activating a BWP among the plurality of BWPs based on the RRC message; receiving, from the base station, downlink control information, DCI, indicating switching to a dormant BWP; performing a BWP switching to the dormant BWP based on the DCI; said method characterized by : stopping a BWP inactivity timer for the at least one Scell, in case that the BWP inactivity timer is running; receiving, from the base station, DCI indicating switching to an active BWP; and performing a BWP switching to the active BWP identified based on the second information included in the RRC message. receiving, from a base station, a radio resource control, RRC, message including first information for configuring a plurality of bandwidth parts, BWPs, for at least one secondary cell, Scell, and second information on a BWP to be activated; activating a BWP among the plurality of BWPs based on the RRC message; receiving, from the base station, downlink control information, DCI, indicating switching to a dormant BWP; performing a BWP switching to the dormant BWP based on the DCI; stopping a BWP inactivity timer for the at least one Scell, in case that the BWP inactivity timer is running; receiving, from the base station, DCI indicating switching to an active BWP; and performing a BWP switching to the active BWP identified based on the second information included in the RRC message.
A pressure-reducing system for a breathing apparatus comprising: i) a supply conduit for supplying a pressurised breathable gas; ii) a suction mouthpiece for a user to breathe in the breathable gas; iii) a valve interposed between the supply conduit and the suction mouthpiece , the valve in turn comprising: - an inlet for the breathable gas coming from the supply conduit ; - an outlet for the breathable gas directed to the suction mouthpiece ; - a shutter that is movable between a first and a second position in which it respectively permits or prevents the passage of the breathable gas from the inlet to the outlet ; - a pressure balancing chamber , said shutter being at least partially interposed between the inlet of the valve and the balancing chamber ; the shutter defining a passage that places the inlet of the valve and the pressure balancing chamber in fluid communication; a mechanical spring being absent between the shutter and the pressure balancing chamber ; characterised in that the reducing system comprises a movement system for moving the pressure balancing chamber towards the inlet for the breathable gas to move the shutter from the first position to the second position when at least one preset operating condition occurs. i) a supply conduit for supplying a pressurised breathable gas; ii) a suction mouthpiece for a user to breathe in the breathable gas; iii) a valve interposed between the supply conduit and the suction mouthpiece , the valve in turn comprising: - an inlet for the breathable gas coming from the supply conduit ; - an outlet for the breathable gas directed to the suction mouthpiece ; - a shutter that is movable between a first and a second position in which it respectively permits or prevents the passage of the breathable gas from the inlet to the outlet ; - a pressure balancing chamber , said shutter being at least partially interposed between the inlet of the valve and the balancing chamber ; the shutter defining a passage that places the inlet of the valve and the pressure balancing chamber in fluid communication; a mechanical spring being absent between the shutter and the pressure balancing chamber ; - an inlet for the breathable gas coming from the supply conduit ; - an outlet for the breathable gas directed to the suction mouthpiece ; - a shutter that is movable between a first and a second position in which it respectively permits or prevents the passage of the breathable gas from the inlet to the outlet ; - a pressure balancing chamber , said shutter being at least partially interposed between the inlet of the valve and the balancing chamber ; the shutter defining a passage that places the inlet of the valve and the pressure balancing chamber in fluid communication; a mechanical spring being absent between the shutter and the pressure balancing chamber ;