mhurhangee/patent-ind-claim-en huggingface dataset:
A support member for use in a sealing assembly of a patient interface device for delivering a flow of a breathing gas to the airway of a patient, the support member comprising: a first end structured to be coupled to a frame member of the patent interface device; a second end structured to sealingly engage the face of a patient or to underlie a sealing flap which is structured to sealingly engage the face of a patient; and a sidewall which extends between the first end and the second end, wherein the sidewall comprises a plurality of beads of material, characterized in that the beads have elongated shape, are oriented lengthwise in a circumferential direction around the support member , and at least some of the beads are disposed in a manner that defines one or more separate voids between them in the sidewall . a first end structured to be coupled to a frame member of the patent interface device; a second end structured to sealingly engage the face of a patient or to underlie a sealing flap which is structured to sealingly engage the face of a patient; and a sidewall which extends between the first end and the second end,
Mobile climbing apparatus with a braking system, in particular a landing or platform staircase or a work stage or a work scaffold, wherein the climbing apparatus is mounted on a wheel frame which can be moved on a base using paired rollers , wherein each roller has a braking means , and an actuating element activates the braking means , wherein the actuating element comprises a displaceably driven actuator , characterised in that a rechargeable battery pack is plugged in to be replaceable on a mounting on the climbing apparatus and supplies the actuator with energy, wherein a central actuating element is provided which activates the braking means of two rollers , wherein the actuator with a piston rod acts on the pivotable part of a transverse strut mounted to be pivotable in a horizontal axis on the wheel frame , on the end of which transverse strut is arranged respectively a lever to be resistant to rotation, the pivotable part of which is connected to the braking means of the roller , wherein the lever is connected to a profile rod to be resistant to rotation, the end of which has a cam which is coupled to a brake block forming the braking means and on actuation presses linearly on the roller .
A device for producing a beverage by infusing a material to be infused contained in a package , including means for detecting said package , characterised in that said detection means are configured to identify a package depending on the opacity of a detection area of said package , said detection means including a light source capable of emitting light comprised in the infrared domain, called infrared radiation, and a detection component capable of capturing part of the infrared radiation emitted by the light source having passed through the detection area of said package , the detection component being configured to measure the intensity of said part of the infrared radiation and being capable of emitting an electrical signal depending on the intensity of said part of the infrared radiation.
A scroll arrangement for an air conditioner , the scroll arrangement comprising: a scroll body comprising an inlet through which air is introduced into the scroll arrangement, an outlet through which the introduced air is discharged from the scroll arrangement, and an air passage formed between the inlet and the outlet; and a sirocco fan rotatably disposed in the scroll body so that when the sirocco fan operates, the sirocco fan introduces the air into the scroll arrangement through the inlet and discharges the introduced air from the scroll arrangement through the outlet, characterised in that the scroll body and the sirocco fan satisfy a following formula: 0.76 ≤ D / H ≤ 0.8 where H is a height of the scroll body from a bottom surface (36-5) of the scroll body extending from the outlet to a top end of the scroll body measured on a vertical line passing through the rotational centre (O1) of the sirocco fan and D is the outer diameter of the sirocco fan. a scroll body comprising an inlet through which air is introduced into the scroll arrangement, an outlet through which the introduced air is discharged from the scroll arrangement, and an air passage formed between the inlet and the outlet; and a sirocco fan rotatably disposed in the scroll body so that when the sirocco fan operates, the sirocco fan introduces the air into the scroll arrangement through the inlet and discharges the introduced air from the scroll arrangement through the outlet, characterised in that the scroll body and the sirocco fan satisfy a following formula: 0.76 ≤ D / H ≤ 0.8 where H is a height of the scroll body from a bottom surface (36-5) of the scroll body extending from the outlet to a top end of the scroll body measured on a vertical line passing through the rotational centre (O1) of the sirocco fan and D is the outer diameter of the sirocco fan.
Securing device with an equipment carrier and a car body of a rail vehicle, wherein the car body is equipped with C-grooves on its underside, characterised in that the equipment carrier is connected in a detachable manner to at least one resilient connection part on a C-groove of the car body , wherein the resilient connection part has two boreholes for establishing a screw connection with each sliding block and one borehole for establishing a screw connection with an equipment carrier, and wherein the resilient connection part is made of bent steel plate and comprises two sections which are shaped into an S-shape opposite one another, which in each case extend between a borehole for establishing a screw connection with a sliding block and the borehole for establishing a screw connection with an equipment carrier.
A method for controlling image capturing, comprising: measuring (101; 202) a speed of an object; determining (102; 204) line frequency for image capturing according to the speed of the object; and controlling (103; 704; 806; 904) a line scan camera to perform image capturing on the object with the line frequency, characterized in that , wherein the step of determining line frequency for image capturing according to the speed of the object comprises: determining (703; 805) the line frequency for image capturing according to a calculated number of pixels V P that the object travels across per unit time on an imaging plane of an image capturing module by capturing at least two images of the object in motion. measuring (101; 202) a speed of an object; determining (102; 204) line frequency for image capturing according to the speed of the object; and controlling (103; 704; 806; 904) a line scan camera to perform image capturing on the object with the line frequency, characterized in that , wherein the step of determining line frequency for image capturing according to the speed of the object comprises: determining (703; 805) the line frequency for image capturing according to a calculated number of pixels V P that the object travels across per unit time on an imaging plane of an image capturing module by capturing at least two images of the object in motion.
A suction cup device for a suction conveyor, comprising a suction cup for receiving a product, the suction cup delimiting a suction space , a connection port for applying a negative pressure to the suction space , characterized in that the connection port comprises a tube valve , the tube valve comprising a socket element and an annular closure element , and wherein the tube valve , while being acted upon by an actuator suction cup arranged in the suction space and being in communicating connection with the connection port , can be transferred from a closed position to an open position, wherein the actuation of the tube valve by deformation of the actuator suction cup is performed in such a manner that the deformation of the actuator suction cup brings about a displacement of the closure element in the vertical direction, so that the annular closure element of the tube valve is transferred to an opened position.
Formwork box for fastening to a formwork panel in order to provide a cutout in walls or ceilings to be concreted, comprising a formwork housing , wherein the formwork housing has pipe-guiding channels , wherein the pipe-guiding channels are used for guiding introduced protective pipes, wherein the formwork housing has an inlet side and a termination side and is of one-part configuration, wherein the inlet side has inlet openings for the introduction of the protective pipes, wherein the inlet openings have sealing rosettes for ensuring the tightness between the formwork housing and the introduced protective pipe, characterized in that the introduction openings are closed by closure discs , wherein the closure discs are arranged integrally on the inlet side and the formwork housing is of one-part configuration with the closure discs which are arranged on the inlet side , and in that a seal plate assembly is arranged on the inlet side , wherein the seal plate assembly has a soft sealing mat and a hard cover mat , wherein the soft sealing mat is arranged between the inlet side of the formwork housing and the hard cover mat .
An oncolytic adenovirus comprising a sequence of formula (I): 5'ITR-B 1 -B A -B 2 -B X -B B -B Y -B 3 -3'ITR (I) wherein: B 1 is bond or comprises: E1A, E1B or E1A-E1B; B A comprises-EZB-L1-LZ-L3-EZA-L4; B 2 is a bond or comprises: E3; B X is a bond or a DNA sequence comprising: a restriction site, one or more transgenes or both; B B comprises L5; B Y is a DNA sequence comprising: a restriction site, one or more transgenes or both; B 3 is a bond or comprises: E4; wherein the adenovirus encodes: • a first Bispecific T cell Engager (BiTETM) comprising at least two binding domains, Bd1 and Bd2, wherein at least one of the said domains is specific to a component of the T-cell receptor complex (TCR), and • a second BiTE comprising at least two binding domains, Bd3 and Bd4, and at least one of said binding domains, such as Bd3, is specific to a component of the T-cell receptor complex (TCR); wherein both BiTEsTM are encoded in position By;and the adenovirus is Enadenotucirev (EnAd) or serotype 11 adenovirus (Ad11). B 1 is bond or comprises: E1A, E1B or E1A-E1B; B A comprises-EZB-L1-LZ-L3-EZA-L4; B 2 is a bond or comprises: E3; B X is a bond or a DNA sequence comprising: a restriction site, one or more transgenes or both; B B comprises L5; B Y is a DNA sequence comprising: a restriction site, one or more transgenes or both; B 3 is a bond or comprises: E4; wherein the adenovirus encodes: • a first Bispecific T cell Engager (BiTETM) comprising at least two binding domains, Bd1 and Bd2, wherein at least one of the said domains is specific to a component of the T-cell receptor complex (TCR), and • a second BiTE comprising at least two binding domains, Bd3 and Bd4, and at least one of said binding domains, such as Bd3, is specific to a component of the T-cell receptor complex (TCR); • a first Bispecific T cell Engager (BiTETM) comprising at least two binding domains, Bd1 and Bd2, wherein at least one of the said domains is specific to a component of the T-cell receptor complex (TCR), and • a second BiTE comprising at least two binding domains, Bd3 and Bd4, and at least one of said binding domains, such as Bd3, is specific to a component of the T-cell receptor complex (TCR); wherein both BiTEsTM are encoded in position By;and the adenovirus is Enadenotucirev (EnAd) or serotype 11 adenovirus (Ad11).
A vehicle monitoring apparatus , comprising: a vehicle state detector configured to detect whether the vehicle is in a parking state; a motion detection sensor configured to detect whether an object is moving relative to the vehicle; an image recorder configured to record image data relating to the surrounding environment of the vehicle; a touch sensor configured to sense whether the object is touching the vehicle; a main control unit configured to: start the motion detection sensor when the vehicle state detector detects that the vehicle is in a parking state, turn on the image recorder and the touch sensor when the motion detection sensor detects that an object is moving with respect to the vehicle, and trim the image data recorded by the image recorder during a predetermined time period when the touch sensor senses that the object is touching the vehicle, the predetermined time period comprising a time period t1 before the touch, a time period t2 representing the duration of the object being in touch with the vehicle, and a time period t3 after the end of the touch; a storage configured to store the trimmed image data. a vehicle state detector configured to detect whether the vehicle is in a parking state; a motion detection sensor configured to detect whether an object is moving relative to the vehicle; an image recorder configured to record image data relating to the surrounding environment of the vehicle; a touch sensor configured to sense whether the object is touching the vehicle; a main control unit configured to: start the motion detection sensor when the vehicle state detector detects that the vehicle is in a parking state, turn on the image recorder and the touch sensor when the motion detection sensor detects that an object is moving with respect to the vehicle, and trim the image data recorded by the image recorder during a predetermined time period when the touch sensor senses that the object is touching the vehicle, the predetermined time period comprising a time period t1 before the touch, a time period t2 representing the duration of the object being in touch with the vehicle, and a time period t3 after the end of the touch; start the motion detection sensor when the vehicle state detector detects that the vehicle is in a parking state, turn on the image recorder and the touch sensor when the motion detection sensor detects that an object is moving with respect to the vehicle, and trim the image data recorded by the image recorder during a predetermined time period when the touch sensor senses that the object is touching the vehicle, the predetermined time period comprising a time period t1 before the touch, a time period t2 representing the duration of the object being in touch with the vehicle, and a time period t3 after the end of the touch; a storage configured to store the trimmed image data.
A system for monitoring the performance of a participant engaged in a race having a predetermined route, the system comprising: a stationary position beacon system comprising a plurality of race mats positioned at predetermined distances along the route, wherein each race mat comprises at least one transmitter which is configured to wirelessly transmit time-stamped location data associated with a position of the race mat; a race controller in communication with the plurality of race mats and configured to provide timing and other race data to the plurality of race mats for transmission to the participant; and a portable fitness monitoring device supported by the participant, wherein the time-stamped location data associated with the position of a particular race mat is received by the portable fitness monitoring device when the participant crosses over the race mat. a stationary position beacon system comprising a plurality of race mats positioned at predetermined distances along the route, wherein each race mat comprises at least one transmitter which is configured to wirelessly transmit time-stamped location data associated with a position of the race mat; a race controller in communication with the plurality of race mats and configured to provide timing and other race data to the plurality of race mats for transmission to the participant; and a portable fitness monitoring device supported by the participant, wherein the time-stamped location data associated with the position of a particular race mat is received by the portable fitness monitoring device when the participant crosses over the race mat.
Axial piston motor with a cylinder housing , in which a plurality of cylinders are configured, and with pistons which are guided movably in the cylinders , the pistons being attached to a swash plate, and a flow of a fluid, which has entered via an inlet into the axial piston engine , into and out of the cylinders being controlled by means of inlet and outlet valves, the inlet and/or the outlet valves comprising fluid exchange openings which are configured in a cylinder head plate and can be released and covered temporarily by means of a rotary slide , to which end the rotary slide configures at least one passage opening , characterized in that the rotary slide has a sealing element which configures only a portion of that lower side of the rotary slide which faces the cylinder head plate and which is mounted in or on a main body of the rotary slide such that it can be displaced in the direction of the cylinder head plate .
Light grid with - a plurality of light emitting units for emitting transmitted light beams , - a plurality of light-receiving units which supply reception signals in accordance with the incidence of light and which, in order to form the light grid , are capable of receiving the transmitted light beams when the beam path is free, - at least one receiving optics , - an evaluation unit for evaluating the intensity of the light incident on the light-receiving units , characterized in that - in that the receiving optics comprise a substrate having a microlens array , - wherein each microlens is associated with an aperture - and the apertures each lie in the focal point of the associated microlens for limiting a field of view of the light receiving units - and in that a group of microlenses of the microlens array is assigned to each light-receiving unit. - a plurality of light emitting units for emitting transmitted light beams , - a plurality of light-receiving units which supply reception signals in accordance with the incidence of light and which, in order to form the light grid , are capable of receiving the transmitted light beams when the beam path is free, - at least one receiving optics , - an evaluation unit for evaluating the intensity of the light incident on the light-receiving units , - in that the receiving optics comprise a substrate having a microlens array , - wherein each microlens is associated with an aperture - and the apertures each lie in the focal point of the associated microlens for limiting a field of view of the light receiving units - and in that a group of microlenses of the microlens array is assigned to each light-receiving unit.
Apparatus (100; 100a; 100b) for determining a layer thickness (t1, t2, t3) of a plurality of layers arranged on a body , wherein said apparatus (100; 100a; 100b) comprises a THz transmitter configured to emit a THz signal (TS) to said plurality of layers and a THz receiver configured to receive a reflected portion (TSR) of said THz signal (TS) that has been reflected by at least one layer of said plurality of layers , wherein said apparatus (100; 100a; 100b) is configured to determine a layer thickness (t1, t2, t3) of at least one of said plurality of layers based on said reflected portion (TSR) of said THz signal (TS), wherein said apparatus (100; 100a; 100b) further comprises a distance measuring device for determining at least one parameter (P1; P2) characterizing a distance (d) between said apparatus (100; 100a; 100b) and said body , wherein said distance measuring device comprises at least one optical triangulation sensor (132; 132a, 132b; 132c; 132d), wherein said at least one optical triangulation sensor (132; 132a; 132b; 132c; 132d) is configured and arranged relative to an optical axis (OA) of said apparatus (100; 100a; 100b) such that said at least one optical triangulation sensor (132; 132a; 132b; 132c; 132d) can selectively detect a) a diffuse reflection of optical measurement radiation (MR; MR1, MR2) emitted by at least one light source of said at least one optical triangulation sensor (132; 132a; 132b; 132c; 132d) and reflected by a surface region of said body , whereby a first triangulation path is defined, and/or b) a direct reflection of optical measurement radiation (MR; MR1, MR2) emitted by at least one light source of said at least one optical triangulation sensor (132; 132a; 132b; 132c; 132d) and reflected by a or said surface region of said body , whereby a second triangulation path is defined, wherein said apparatus (100; 100a; 100b) is configured to selectively use aa) the first triangulation path or bb) the second triangulation path or cc) both the first triangulation path and the second triangulation path.
A method of coupling a fan to an engine , comprising: based on a size, shape, or implementation of the engine , selecting a base portion of a fan adapter , wherein the base portion includes a mounting portion and a coupling portion , wherein the mounting portion is configured to be coupled to a fan drive or a fan drive pulley of the engine via one or more mounting elements , and wherein the coupling portion includes a mating portion which includes a circular male configuration; based on a size, shape, or implementation of the fan , selecting a fan end portion of the fan adapter , wherein the fan end portion includes a mounting portion and a coupling portion , wherein the mounting portion of the fan end portion is configured to be coupled to the fan , and wherein the coupling portion of the fan end portion includes a mating portion that is complementary to the mating portion of the base portion and includes a circular female configuration; and coupling the engine to the fan by coupling the mating portion of the fan end portion to the mating portion of the base portion ; characterised in that coupling the coupling portion of the fan end portion to the coupling portion of the base portion includes inserting a bolt through central portions of the fan end portion and the base portion and a dowel rod through non-central portions of the fan end portion and the base portion . based on a size, shape, or implementation of the engine , selecting a base portion of a fan adapter , wherein the base portion includes a mounting portion and a coupling portion , wherein the mounting portion is configured to be coupled to a fan drive or a fan drive pulley of the engine via one or more mounting elements , and wherein the coupling portion includes a mating portion which includes a circular male configuration; based on a size, shape, or implementation of the fan , selecting a fan end portion of the fan adapter , wherein the fan end portion includes a mounting portion and a coupling portion , wherein the mounting portion of the fan end portion is configured to be coupled to the fan , and wherein the coupling portion of the fan end portion includes a mating portion that is complementary to the mating portion of the base portion and includes a circular female configuration; and coupling the engine to the fan by coupling the mating portion of the fan end portion to the mating portion of the base portion ; characterised in that coupling the coupling portion of the fan end portion to the coupling portion of the base portion includes inserting a bolt through central portions of the fan end portion and the base portion and a dowel rod through non-central portions of the fan end portion and the base portion .