mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a structure with spatial encoded functionality, the method comprising: - providing in a volume a first photosensitive material that is two-photon crosslinking compatible, - generating in the volume a framework of crosslinked first photosensitive material , the generating of the framework comprising exposing the first photosensitive material with a first focused laser beam according to a first pattern for specifically initiating a two-photon crosslinking of the first photosensitive material in accordance with the first pattern, - removing from the volume any remaining non-crosslinked portions of the first photosensitive material , - providing to the volume a second photosensitive material that is two-photon crosslinking compatible, the second photosensitive material comprising monoacrylate-derivatized molecules, - generating in the volume the structure, the generating of the structure comprising exposing the second photosensitive material with a second focused laser beam according to a second pattern for specifically initiating a two-photon crosslinking of predefined surface portions of the framework and the second photosensitive material in accordance with the second pattern, - removing from the volume any remaining non-crosslinked portions of the second photosensitive material . - providing in a volume a first photosensitive material that is two-photon crosslinking compatible, - generating in the volume a framework of crosslinked first photosensitive material , the generating of the framework comprising exposing the first photosensitive material with a first focused laser beam according to a first pattern for specifically initiating a two-photon crosslinking of the first photosensitive material in accordance with the first pattern, - removing from the volume any remaining non-crosslinked portions of the first photosensitive material , - providing to the volume a second photosensitive material that is two-photon crosslinking compatible, the second photosensitive material comprising monoacrylate-derivatized molecules, - generating in the volume the structure, the generating of the structure comprising exposing the second photosensitive material with a second focused laser beam according to a second pattern for specifically initiating a two-photon crosslinking of predefined surface portions of the framework and the second photosensitive material in accordance with the second pattern, - removing from the volume any remaining non-crosslinked portions of the second photosensitive material .
A medical device , comprising: a device surface having at least two adjacent echogenic features with an intervening section positioned between the echogenic features, each of the echogenic features formed as a depression positioned between a first transition lip and a second transition lip , the first and the second transition lips each having a convex shape, characterized in that each of the at least two echogenic features has a length that is within 0.1 mm of a length of the intervening section.
A reference signal sending method on an unlicensed frequency band performed by a base station during a random backoff process for data sending, comprising: at a preset time interval before a flexible candidate resource of a candidate resource set performing a first clear channel assessment, CCA, on the unlicensed frequency band for sending a reference signal and a second CCA on the unlicensed frequency band for sending data, wherein the first CCA succeeds first; suspending a backoff counter for the second CCA; and sending the reference signal, resuming the backoff counter after sending the reference signal, wherein the candidate resource set includes a preset resource and at least one flexible candidate resource. at a preset time interval before a flexible candidate resource of a candidate resource set performing a first clear channel assessment, CCA, on the unlicensed frequency band for sending a reference signal and a second CCA on the unlicensed frequency band for sending data, wherein the first CCA succeeds first; suspending a backoff counter for the second CCA; and sending the reference signal, resuming the backoff counter after sending the reference signal, wherein the candidate resource set includes a preset resource and at least one flexible candidate resource.
A radar sensor unit comprising a housing and at least a first circuit board , PCB, arranged to be mounted in the housing , where the housing comprises a connector module , a main housing part and a cover lid that is arranged to cover the main housing part , where the connector module comprises one or more connector pin parts that are held in stable positions in the connector module and are arranged to protrude into the housing and make electrical and mechanical contact with a receiving pin connector that is electrically connected to the PCB , characterized in that the cover lid comprises a first pin aperture and the main housing part comprises a corresponding second pin aperture , where the connector pin parts are arranged to run through the pin apertures in order to enter the housing , whereby each connector pin part comprises a resilient compressible eye part that is arranged to be compressed when inserted into a corresponding eye aperture comprised in the receiving pin connector , where the compressible eye part is arranged to be resiliently pressed against a corresponding conductor comprised in the receiving pin connector such that electrical contact is obtained between the each connector pin part and the corresponding conductor when the connector pin parts are inserted via the pin apertures in order to enter the housing , where each connector pin part further comprises a resilient hook member that is arranged to work as a fluke, such that when a connector pin part is inserted into the housing, its hook member is arranged to engage the cover lid such that the corresponding connector pin part is prevented from being output from the housing .
A co-culture bioreactor system comprising: a first module defining a first culture chamber , said first culture chamber defining a first inlet and a first outlet for providing a first fluid flow through said first culture chamber ; a second module defining a second culture chamber , said second culture chamber defining a second inlet and a second outlet for providing a second fluid flow through said second culture chamber ; and a semi-permeable membrane locatable between said first culture chamber of said first module and said second culture chamber of said second module , wherein said semi-permeable membrane has a porosity to allow passage of cellular expression products through said semi-permeable membrane and to prevent passage of cells through said semi-permeable membrane , said semi-permeable membrane being formed of a material to discourage cellular attachment to said semi-permeable membrane . a first module defining a first culture chamber , said first culture chamber defining a first inlet and a first outlet for providing a first fluid flow through said first culture chamber ; a second module defining a second culture chamber , said second culture chamber defining a second inlet and a second outlet for providing a second fluid flow through said second culture chamber ; and a semi-permeable membrane locatable between said first culture chamber of said first module and said second culture chamber of said second module , wherein said semi-permeable membrane has a porosity to allow passage of cellular expression products through said semi-permeable membrane and to prevent passage of cells through said semi-permeable membrane , said semi-permeable membrane being formed of a material to discourage cellular attachment to said semi-permeable membrane .
A sleeve for connecting together an outer tube and an inner tube of an electric household appliance, the sleeve comprising: a main body having a head end , an opposite sealing end and a side wall , an actuating button and a cover-piece ; a seat for the actuating button , a groove and a latch for the cover-piece on the side wall of the main body ; at the head end , a circular ring connected to the front edge of the main body , wherein the diameter of the circular ring is greater than the diameter of the side wall so that between the outer surface of the side wall of the main body and the inner surface of the circular ring there is a gap substantially equal to the thickness of the outer tube , said gap being configured to accommodate the rim of the outer tube , which outer tube in turn comprises a slit , wherein said actuating button comprises: a pressing zone on which a user may exert an unlocking pressure, a tooth configured to penetrate into a cavity of the inner tube passing through a window in the sleeve , a pivot arranged between said pressing zone and said tooth , wherein the pivot is designed to engage inside the groove , and an elastic member configured to push elastically said actuating button with respect to said cover-piece , wherein an unlocking pressure on said pressing zone has the effect of causing the tooth to come out of the cavity of the inner tube . a main body having a head end , an opposite sealing end and a side wall , an actuating button and a cover-piece ; a seat for the actuating button , a groove and a latch for the cover-piece on the side wall of the main body ; at the head end , a circular ring connected to the front edge of the main body , wherein the diameter of the circular ring is greater than the diameter of the side wall so that between the outer surface of the side wall of the main body and the inner surface of the circular ring there is a gap substantially equal to the thickness of the outer tube , said gap being configured to accommodate the rim of the outer tube , which outer tube in turn comprises a slit , wherein said actuating button comprises: a pressing zone on which a user may exert an unlocking pressure, a tooth configured to penetrate into a cavity of the inner tube passing through a window in the sleeve , a pivot arranged between said pressing zone and said tooth , wherein the pivot is designed to engage inside the groove , and an elastic member configured to push elastically said actuating button with respect to said cover-piece , wherein an unlocking pressure on said pressing zone has the effect of causing the tooth to come out of the cavity of the inner tube . a pressing zone on which a user may exert an unlocking pressure, a tooth configured to penetrate into a cavity of the inner tube passing through a window in the sleeve , a pivot arranged between said pressing zone and said tooth , wherein the pivot is designed to engage inside the groove , and an elastic member configured to push elastically said actuating button with respect to said cover-piece , wherein an unlocking pressure on said pressing zone has the effect of causing the tooth to come out of the cavity of the inner tube .
A chemical mechanical polishing composition comprising: a water based liquid carrier; abrasive particles dispersed in the liquid carrier, an iron containing accelerator; and a cationic polymer having an amino acid monomer unit, wherein the cationic polymer comprises at least one of ε-poly-L-lysine, polyarginine, and polyhistidine. a water based liquid carrier; abrasive particles dispersed in the liquid carrier, an iron containing accelerator; and a cationic polymer having an amino acid monomer unit, wherein the cationic polymer comprises at least one of ε-poly-L-lysine, polyarginine, and polyhistidine.
A medical framed barrier and discharge face mask which is a hollow frame that forms an under-mask space in the facial area, the hollow frame consisting of two parts which form its outer side and inner side ; the hollow frame is made in the form of at least one channel that contains the air inlet and outlet comprising lateral air holes for the passage of the airflow, wherein the hollow frame forms the under-mask space for the lower part of the face, in addition, the outer side of the frame is air-impermeable, and the side that comes into contact with the surface of the face is made of breathable material; and wherein the hollow frame is configured such that in use the inner side comes into contact with the surface of the face and air entering through lateral air holes passes through the at least one channel.
An optoelectronic sensor , in particular a light barrier or a light scanning device, for detecting objects in a monitoring area , the optoelectronic sensor having a light receiver with upstream receiving optics for generating a received signal from received light that is incident on the sensor from the monitoring area in a light incidence direction, the receiving optics comprising at least one flat light guide plate having a first main surface and a lateral edge limiting the first main surface on one side, the light guide plate being arranged with its first main surface transverse to the light incidence direction and comprising a diffractive structure in order to deflect the incident received light towards the lateral edge , and wherein a control and evaluation unit is provided for evaluating the received signal, the light receiver being spatially resolving and the control and evaluation unit being configured to obtain distance information of a detected object from the point of incidence of the received light on the light receiver , characterized in that the receiving optics comprises a plurality of flat light guide plates (34a-d) that are each arranged with their first main surface transverse to the light incidence direction and comprise a diffractive structure in order to deflect the incident received light to the lateral edge , and on the lateral edge of which a respective light-receiving element of the light receiver is arranged, the totality of the light-receiving elements (18a-d) forming the spatially resolving light receiver , since it is possible to distinguish, by means of the identity of the respective light-receiving element (18a-d), which light guide plate (34a-d) has received the respective light, and in that the light guide plates (34a-d) are rotated with respect to one another relative to a normal to their main surface , wherein two light guide plates (34a-b) are arranged with a rotation of 180° with respect to one another relative to a normal to their main surface .
Method for operating an ultrasonic sensor apparatus of a motor vehicle , in which, in order to capture an environment of the motor vehicle , sensor data are received from a plurality of ultrasonic sensors by means of a control device , and, in order to configure the ultrasonic sensors , configuration data are transmitted to the respective ultrasonic sensors by means of the control device , wherein, for each of the ultrasonic sensors , it is detected whether the ultrasonic sensor is in a capture mode, in which the sensor data from the ultrasonic sensor are used to capture the environment , or in a non-capture mode, in which the sensor data from the ultrasonic sensor are disregarded for capturing the environment , wherein the configuration data are transmitted to the respective ultrasonic sensor if it is in the non-capture mode, characterized in that the non-capture mode is detected while outputting a warning to a driver of the motor vehicle , wherein the warning is output as a result of an object detected in the environment on the basis of the sensor data. wherein, for each of the ultrasonic sensors , it is detected whether the ultrasonic sensor is in a capture mode, in which the sensor data from the ultrasonic sensor are used to capture the environment , or in a non-capture mode, in which the sensor data from the ultrasonic sensor are disregarded for capturing the environment , wherein the configuration data are transmitted to the respective ultrasonic sensor if it is in the non-capture mode, characterized in that the non-capture mode is detected while outputting a warning to a driver of the motor vehicle , wherein the warning is output as a result of an object detected in the environment on the basis of the sensor data.
A toothpaste composition comprising a. an effective amount of arginine, in free or salt form; b. a fluoride ion source which provides from 300 to 600 ppm by weight of fluoride ions per weight of the composition; c. and an anionic surfactant wherein the anionic surfactant is selected from sodium lauryl sulfate; sodium laureth sulfate; and mixtures thereof, wherein arginine is present in an amount of 1 to 10 weight % of the total composition, the weight of the arginine being calculated as free base form. a. an effective amount of arginine, in free or salt form; b. a fluoride ion source which provides from 300 to 600 ppm by weight of fluoride ions per weight of the composition; c. and an anionic surfactant wherein the anionic surfactant is selected from sodium lauryl sulfate; sodium laureth sulfate; and mixtures thereof,
A computer implemented method of generating an electrophysiology map of a portion of a patient's anatomy, comprising: receiving an electrophysiology map comprising a plurality of electrophysiology data points, each electrophysiology data point including an electrophysiological signal having a signal morphology; defining a template electrophysiological signal having a template morphology; defining an unwanted electrophysiological signal having an unwanted morphology; comparing the signal morphology of an electrophysiological signal of an electrophysiology data point within the electrophysiology map to both the template morphology of the template electrophysiological signal and the unwanted morphology of the unwanted electrophysiological signal; and removing the electrophysiology data point from the electrophysiology map when the signal morphology of the electrophysiological signal of the electrophysiology data point is more similar to the unwanted morphology of the unwanted electrophysiological signal than to the template morphology of the template electrophysiological signal. receiving an electrophysiology map comprising a plurality of electrophysiology data points, each electrophysiology data point including an electrophysiological signal having a signal morphology; defining a template electrophysiological signal having a template morphology; defining an unwanted electrophysiological signal having an unwanted morphology; comparing the signal morphology of an electrophysiological signal of an electrophysiology data point within the electrophysiology map to both the template morphology of the template electrophysiological signal and the unwanted morphology of the unwanted electrophysiological signal; and removing the electrophysiology data point from the electrophysiology map when the signal morphology of the electrophysiological signal of the electrophysiology data point is more similar to the unwanted morphology of the unwanted electrophysiological signal than to the template morphology of the template electrophysiological signal.
An oxygen scavenger composition comprising a granule comprising: an α layer comprising a water retention agent, a swelling agent, a metal salt and water; a β layer comprising iron; and a γ layer comprising a porous support, wherein the granule forms a layer structure in order of the α layer, the β layer and the γ layer from an inside to an outside of the granule, and wherein the granule has a structure, in which the surfaces of the β layer and the α layer are covered with the γ layer, and a structure, in which the surface of the α layer is covered with the β layer. an α layer comprising a water retention agent, a swelling agent, a metal salt and water; a β layer comprising iron; and a γ layer comprising a porous support, wherein the granule forms a layer structure in order of the α layer, the β layer and the γ layer from an inside to an outside of the granule, and wherein the granule has a structure, in which the surfaces of the β layer and the α layer are covered with the γ layer, and a structure, in which the surface of the α layer is covered with the β layer.
Surge arrester comprising - a fluid-tight housing , - an arresting element having a longitudinal axis , said arresting element being arranged in the fluid-tight housing wherein the housing is embodied in substantially cylindrical fashion, and wherein a housing axis extends along a cylinder axis in the longitudinal direction, - a high-voltage contact , which electrically connects the interior to the exterior of the housing , and - a contact element , via which an electrical connection from the arresting element to the high-voltage contact is producible, wherein the arresting element is oriented with its longitudinal axis parallel to the housing axis , and the contact element is arranged eccentrically with respect to the longitudinal axis and it is possible to set a position of the contact element in a plane perpendicular to the longitudinal axis , characterized in that the contact element is connected to the arresting element by an eccentric disc , which is rotatable about the longitudinal axis . - a fluid-tight housing , - an arresting element having a longitudinal axis , said arresting element being arranged in the fluid-tight housing wherein the housing is embodied in substantially cylindrical fashion, and wherein a housing axis extends along a cylinder axis in the longitudinal direction, - a high-voltage contact , which electrically connects the interior to the exterior of the housing , and - a contact element , via which an electrical connection from the arresting element to the high-voltage contact is producible,
An element for developing aquatic fauna or flora, including a lattice of flexible strands , attached between two flexible strips extending along a longitudinal direction and secured together, the two flexible strips having at least one edge and said strands having a protruding portion of said at least one edge along a transversal direction.