mhurhangee/patent-ind-claim-en huggingface dataset:
Housing for a flowmeter designed to measure the mass flow or volume flow of a medium in a measuring tube , comprising: a housing body with a housing wall and a housing chamber; wherein the housing wall has a first wall element and a second wall element , the housing chamber being formed by the first wall element and the second wall element, wherein the housing chamber is designed to receive the measuring tube, wherein the housing wall has a first opening and a second opening, said openings being provided to support the measuring tube at a first end of the measuring tube (13.1) and at a second end of the measuring tube (13.2), wherein the first wall element has a first wing (11.1) and a second wing (11.2), and wherein the second wall element has a third wing (12.1) and a fourth wing (12.2), wherein the first wing features the first opening and the second wing features the second opening , characterized in that the first wall element and the second wall element are each made from a metal sheet and mesh together in a flush manner, wherein the first wing and the second wing, as well as the third wing and the fourth wing, sit flush with one another. a housing body with a housing wall and a housing chamber; wherein the housing wall has a first wall element and a second wall element , the housing chamber being formed by the first wall element and the second wall element, wherein the housing chamber is designed to receive the measuring tube, wherein the housing wall has a first opening and a second opening, said openings being provided to support the measuring tube at a first end of the measuring tube (13.1) and at a second end of the measuring tube (13.2), wherein the first wall element has a first wing (11.1) and a second wing (11.2), and wherein the second wall element has a third wing (12.1) and a fourth wing (12.2), wherein the first wing features the first opening and the second wing features the second opening , characterized in that the first wall element and the second wall element are each made from a metal sheet and mesh together in a flush manner, wherein the first wing and the second wing, as well as the third wing and the fourth wing, sit flush with one another.
Door handle for a vehicle door of a motor vehicle, comprising a removable cover element , in particular for covering a locking cylinder , wherein the locking cylinder is provided for unlocking and locking a door lock, and wherein the cover element is movable between at least two positions (I, II), namely a cover position (I), in which in particular the locking cylinder is covered by the cover element so as to be inaccessible from the outside, and an open position (II), in which in particular the locking cylinder is exposed by the cover element , wherein a release device for the cover element is provided in order to automatically transfer the cover element into the open position (II), in particular in an emergency situation, wherein a control unit is provided for the release device in order to control the release device , characterized in that in the open position (II) of the cover element , a pulling means for actuating the door lock is in mechanical operative connection with the cover element in order to actuate the door lock by pulling on the cover element .
A measurement system of fluid fuels comprising a sensor unit (K1) having a tight measuring chamber with at least two sensors, a branching unit (T1) for supplying fluid fuel to the sensor unit (K1), a pump (P1) , a manometer(M1) for measuring pressure in the measuring chamber, a control unit (C1) for receiving at an input a signal from the sensor unit (K1), wherein the sensor unit (K1) comprises a subterahertz semiconductor spectrometer with an operating band falling within a range of 100 GHz to 1000 GHz and a terahertz spectrometer with an operating band falling within a range of 1 THz to 3 THz, wherein between the branching unit (T1) and the sensor unit (K1) there is a first needle valve (V1), coupled to the manometer (M1), whereas an outlet of the first needle valve (V1) is connected to an inlet of the measuring chamber of the sensor unit (K1) and the outlet of the measuring chamber is secured with a second controllable valve (V2), to which the pump (P1) is connected. a sensor unit (K1) having a tight measuring chamber with at least two sensors, a branching unit (T1) for supplying fluid fuel to the sensor unit (K1), a pump (P1) , a manometer(M1) for measuring pressure in the measuring chamber, a control unit (C1) for receiving at an input a signal from the sensor unit (K1), wherein the sensor unit (K1) comprises a subterahertz semiconductor spectrometer with an operating band falling within a range of 100 GHz to 1000 GHz and a terahertz spectrometer with an operating band falling within a range of 1 THz to 3 THz, wherein between the branching unit (T1) and the sensor unit (K1) there is a first needle valve (V1), coupled to the manometer (M1), whereas an outlet of the first needle valve (V1) is connected to an inlet of the measuring chamber of the sensor unit (K1) and the outlet of the measuring chamber is secured with a second controllable valve (V2), to which the pump (P1) is connected.
An improved method of genetically modifying CD34+ hematopoietic stem or progenitor cells (HSPCs), the method comprising: (a) co-culturing CD34+ HSPCs cells with E4ORF1+ endothelial cells, and (b) contacting the HSPCs with one or more exogenous nucleic acid molecules, wherein the co-culturing step is commenced either: prior to, concurrently with, or after contacting the HSPCs with the one or more exogenous nucleic acid molecules, thereby genetically modifying the CD34+ HSPCs. (a) co-culturing CD34+ HSPCs cells with E4ORF1+ endothelial cells, and (b) contacting the HSPCs with one or more exogenous nucleic acid molecules, wherein the co-culturing step is commenced either: prior to, concurrently with, or after contacting the HSPCs with the one or more exogenous nucleic acid molecules, thereby genetically modifying the CD34+ HSPCs.
A device for carrying out various functions in connection with surgical instruments, for example an endoscope, a resectoscope, an HF resectoscope, a camera system, an HF generator or ultrasound generator, a flushing pump, a light source, a reprocessing machine, or the like, wherein the functions can be carried out by actuating a foot switch including at least one foot pedal on the device , characterized in that the foot switch includes at least one projector for generating at least one virtual control panel and at least one sensor for acquiring the virtual control panel .
A control device for an electronic aerosol provision system , the control device being configured to receive a replaceable component to form an electronic aerosol provision system, the control device being configured to: receive an identifier from a replaceable component received by the control device; and modify one or more characteristics of an airflow path through the electronic aerosol provision system dependent upon the received identifier; wherein the one or more characteristics of an airflow path through the electronic aerosol provision system comprise resistance to draw. receive an identifier from a replaceable component received by the control device; and modify one or more characteristics of an airflow path through the electronic aerosol provision system dependent upon the received identifier; wherein the one or more characteristics of an airflow path through the electronic aerosol provision system comprise resistance to draw.
A method comprising: determining a number of frequency blocks to be allocated to a mobile station , a frequency block including one uplink resource block or a plurality of uplink resource blocks that are consecutive on a frequency axis; determining an allocation resolution for the mobile station that is a unit of uplink resource block allocation, depending on the number of frequency blocks allocated to the mobile station , with a higher allocation resolution determined for a mobile station having a larger number of allocated frequency blocks; allocating, to the mobile station , one or more uplink resource blocks based on the determined number of frequency blocks and the determined allocation resolution; and transmitting, to the mobile station , downlink control information for uplink scheduling, the downlink control information including information of the one or more allocated frequency blocks. determining a number of frequency blocks to be allocated to a mobile station , a frequency block including one uplink resource block or a plurality of uplink resource blocks that are consecutive on a frequency axis; determining an allocation resolution for the mobile station that is a unit of uplink resource block allocation, depending on the number of frequency blocks allocated to the mobile station , with a higher allocation resolution determined for a mobile station having a larger number of allocated frequency blocks; allocating, to the mobile station , one or more uplink resource blocks based on the determined number of frequency blocks and the determined allocation resolution; and transmitting, to the mobile station , downlink control information for uplink scheduling, the downlink control information including information of the one or more allocated frequency blocks.
A method for producing at least one binding agent that binds to a target molecule comprising: constructing a library that encodes for proteins where each of the proteins have at least one FHA domain comprising a circular permutation and where the FHA domain has an endogenous beta-sheet scaffold of the FHA domain, an endogenous binding interface, and a second binding interface that is opposite the endogenous binding interface, and a randomized sequence of the proteins near and/or part of the beta-sheet scaffold, and the randomized sequence and the circular permutation do not substantially disrupt the beta-sheet scaffold or the randomized sequence and the circular permutation increase the stability of the beta-sheet scaffold, wherein the randomized sequence comprises sequences located in the endogenous binding interface, second binding interface, and the circular permutation; expressing the proteins of the library; screening the library for proteins that bind to the target molecule; and selecting at least one of the screened protein as the binding agent. constructing a library that encodes for proteins where each of the proteins have at least one FHA domain comprising a circular permutation and where the FHA domain has an endogenous beta-sheet scaffold of the FHA domain, an endogenous binding interface, and a second binding interface that is opposite the endogenous binding interface, and a randomized sequence of the proteins near and/or part of the beta-sheet scaffold, and the randomized sequence and the circular permutation do not substantially disrupt the beta-sheet scaffold or the randomized sequence and the circular permutation increase the stability of the beta-sheet scaffold, wherein the randomized sequence comprises sequences located in the endogenous binding interface, second binding interface, and the circular permutation; expressing the proteins of the library; screening the library for proteins that bind to the target molecule; and selecting at least one of the screened protein as the binding agent.
A communications transmitter at least comprising: a transmitting electrode ; a modulator for modulating an electrical charge to apply to the transmitting electrode with an information-bearing signal; a charger for applying the modulated charge to the transmitting electrode; a source of ionising radiation for at least partially ionising a body of ionisable gas (12, 12'; 12a, 12b, 12c) in contact with the transmitting electrode ; and characterised in that the communications transmitter further comprises a gas pressure pump for imparting a velocity ( v ) to the body of gas (12, 12'; 12a, 12b, 12c) to direct it away from the transmitting electrode . a transmitting electrode ; a modulator for modulating an electrical charge to apply to the transmitting electrode with an information-bearing signal; a charger for applying the modulated charge to the transmitting electrode; a source of ionising radiation for at least partially ionising a body of ionisable gas (12, 12'; 12a, 12b, 12c) in contact with the transmitting electrode ; and characterised in that the communications transmitter further comprises a gas pressure pump for imparting a velocity ( v ) to the body of gas (12, 12'; 12a, 12b, 12c) to direct it away from the transmitting electrode .
A method for operating a shoulder Speaker Microphone, SM, device coupled to a radio, comprising: using a speaker and a microphone of the shoulder SM device to facilitate auditory communications to and from a user of the radio; activating a thermal imaging device integrated with the shoulder SM device when the shoulder SM device resides at a location of an incident event; capturing thermal images by the thermal imaging device of the shoulder SM device; and performing operations by the shoulder SM device to cause the thermal images to be streamed over a network, characterized in that : the thermal images show areas of varying temperatures in different colors, and activation of the thermal imaging device is achieved autonomously based on location information generated by a location device of the shoulder SM device or radio. using a speaker and a microphone of the shoulder SM device to facilitate auditory communications to and from a user of the radio; activating a thermal imaging device integrated with the shoulder SM device when the shoulder SM device resides at a location of an incident event; capturing thermal images by the thermal imaging device of the shoulder SM device; and performing operations by the shoulder SM device to cause the thermal images to be streamed over a network, characterized in that : the thermal images show areas of varying temperatures in different colors, and activation of the thermal imaging device is achieved autonomously based on location information generated by a location device of the shoulder SM device or radio. the thermal images show areas of varying temperatures in different colors, and activation of the thermal imaging device is achieved autonomously based on location information generated by a location device of the shoulder SM device or radio.
Stand with a supporting device for supporting an object to be erected, with a seating section for receiving a detachable ballast weight in a seating position , wherein the seating position is arranged radially on the outside, and radially on the inside of the seating position there is arranged an elevated area at least in sections in the circumferential direction, wherein the stand comprises a ballast weight for weighting the stand , wherein the ballast weight comprises a plurality of ballast elements which are or can be connected to each other flexibly, preferably a plurality of substantially spherical, cylindrical or barrel-shaped single weights or ballast elements which can be connected to each other flexibly, and wherein the ballast weight is arranged in the seating position , characterized in that at least two of the ballast elements are connected to each other by means of a connecting means , wherein the at least two ballast elements each have a through hole and a longitudinal, in particular rope-type connecting means is led through each of the through holes of the ballast elements .
Aircraft pylon comprising a heat exchange device including: - a heat exchanger which comprises a first hot air circuit connecting a first inlet and a first outlet , and a second cold air circuit connecting a second inlet and a second outlet that is extended by an exhaust duct , - a regulating system that is configured to adjust a flow rate of a flow of air flowing in the second cold air circuit of the heat exchanger , and that comprises: ∘ an obturator configured to adopt a closed state in which it prevents the flow of air from flowing, and more- or less-permissive states in which it allows the flow of air to flow with a higher or lower flow rate, ∘ an actuator configured to control the state of the obturator , characterized in that the obturator comprises a plurality of slats , each of the slats comprising a pivot axis (A96), the pivot axes (A96) of the various slats being mutually parallel and intersecting the direction of the flow of air , the slats being simultaneously mobile in rotation about their pivot axis (A96) between a closed position in which the slats are contiguous, which corresponds to the closed state of the obturator , and an open position in which the slats are spread apart, which corresponds to the permissive state of the obturator . - a heat exchanger which comprises a first hot air circuit connecting a first inlet and a first outlet , and a second cold air circuit connecting a second inlet and a second outlet that is extended by an exhaust duct , - a regulating system that is configured to adjust a flow rate of a flow of air flowing in the second cold air circuit of the heat exchanger , and that comprises: ∘ an obturator configured to adopt a closed state in which it prevents the flow of air from flowing, and more- or less-permissive states in which it allows the flow of air to flow with a higher or lower flow rate, ∘ an actuator configured to control the state of the obturator , characterized in that the obturator comprises a plurality of slats , each of the slats comprising a pivot axis (A96), the pivot axes (A96) of the various slats being mutually parallel and intersecting the direction of the flow of air , the slats being simultaneously mobile in rotation about their pivot axis (A96) between a closed position in which the slats are contiguous, which corresponds to the closed state of the obturator , and an open position in which the slats are spread apart, which corresponds to the permissive state of the obturator . ∘ an obturator configured to adopt a closed state in which it prevents the flow of air from flowing, and more- or less-permissive states in which it allows the flow of air to flow with a higher or lower flow rate, ∘ an actuator configured to control the state of the obturator ,
A multilayer material comprising a first metal layer having a modulus of elasticity between 70 and 150 N/mm 2 coupled to a second layer comprising a reticulated viscoelastic material comprising at least one acrylic resin, characterised in that the modulus of elasticity of said viscoelastic material is between 1*10 7 N/m 2 and 1.80*10 9 N/m 2 , in that said at least one acrylic resin is present in said viscoelastic material in percentage by weight between 25 and 50%, in that the vitreous transition temperature (Tg) of said at least one acrylic resin is in the temperature range from +10°C to -35°C, in that the density measured as total density between the first and second layer is lower than 1200 kg/m 3 , in that the second layer comprises a resin chosen from the group constituted by colophony, coumarone-indene or mixtures thereof and in that said reticulated viscoelastic material comprises fillers in percentage between 50 and 75% by weight with respect to the weight of the solid resin.
An apparatus comprising: a nozzle formed on a first surface of a substrate ; a fluid passage defined in the substrate and fluidically connected to the nozzle , wherein during use of the apparatus, fluid in the fluid passage is supplied to the nozzle , the fluid passage being nonlinear along at least a portion of a length of the fluid passage and having a cross section that varies along the length of the fluid passage , wherein the fluid passage has a width near a second surface of the substrate that is different from a width near a bottom of the fluid passage ; and a recirculation flow passage defined in the substrate and fluidically connected to the nozzle , wherein during use of the apparatus, fluid that is not ejected from the nozzle is recirculated through the recirculation flow passage. a nozzle formed on a first surface of a substrate ; a fluid passage defined in the substrate and fluidically connected to the nozzle , wherein during use of the apparatus, fluid in the fluid passage is supplied to the nozzle , the fluid passage being nonlinear along at least a portion of a length of the fluid passage and having a cross section that varies along the length of the fluid passage , wherein the fluid passage has a width near a second surface of the substrate that is different from a width near a bottom of the fluid passage ; and a recirculation flow passage defined in the substrate and fluidically connected to the nozzle , wherein during use of the apparatus, fluid that is not ejected from the nozzle is recirculated through the recirculation flow passage.
A charge air cooler arrangement for a piston engine, the arrangement comprising - an air cooler housing , - a charge air cooler , which is arranged inside the air cooler housing , and - an air duct that is connected to the air cooler housing for introducing charge air into the charge air cooler , the air duct being configured to protrude into the air cooler housing and to be attached to the charge air cooler , characterized in that - the air duct is provided with a flange , which is arranged against the outer surface of the air cooler housing , - the air duct is provided with a protrusion , which protrudes into the air cooler housing , - the protrusion comprises a contact surface , which is an end surface of the protrusion and which is arranged against a contact surface of the charge air cooler , and - a seal is arranged between the contact surface of the charge air cooler and the contact surface of the protrusion . - an air cooler housing , - a charge air cooler , which is arranged inside the air cooler housing , and - an air duct that is connected to the air cooler housing for introducing charge air into the charge air cooler , the air duct being configured to protrude into the air cooler housing and to be attached to the charge air cooler , - the air duct is provided with a flange , which is arranged against the outer surface of the air cooler housing , - the air duct is provided with a protrusion , which protrudes into the air cooler housing , - the protrusion comprises a contact surface , which is an end surface of the protrusion and which is arranged against a contact surface of the charge air cooler , and - a seal is arranged between the contact surface of the charge air cooler and the contact surface of the protrusion .