mhurhangee/patent-ind-claim-en huggingface dataset:
Laboratory automation system for handling test tubes containing samples of biological material along one or more guiding lanes , said laboratory automation system comprises a framework defining the base wall of said guiding lanes and at least two guiding profiles defining the opposite side walls of said guiding lanes , said framework is provided with two or more coupling slots of respective guiding profiles to said framework obtained along said base wall , characterized in that each guiding profile comprises a coupling portion shaped to be inserted and elastically deformed inside the coupling slot , each guiding profile is able to be coupled by interference to the coupling slot , said coupling portion maintains said elastic deformation when coupled and fully inserted inside the coupling slot , each guiding profile comprises an abutment portion , shaped to be arranged in contact with said base wall when said coupling portion is fully inserted inside the coupling slot , said coupling portion comprises a central portion and an end portion , each guiding profile comprises a centering portion , arranged between said abutment portion and said central portion of the coupling portion , the width of the cross section of each guiding profile at said central portion is smaller than the width of the cross section of the centering portion .
A method for the contextual information lookup and navigation within an application, the method comprising: receiving an indication of an initial content selection from a user, the initial content being within an application in which the user is consuming or creating content; in response to receiving the indication of the initial content selection, determining an identified selection and a plurality of contextual search results generated based on the identified selection by using the initial content selection and a selection context comprising an expanded portion of text in the application, wherein said expanded portion of text includes text surrounding the initial content selection; and displaying the identified selection. receiving an indication of an initial content selection from a user, the initial content being within an application in which the user is consuming or creating content; in response to receiving the indication of the initial content selection, determining an identified selection and a plurality of contextual search results generated based on the identified selection by using the initial content selection and a selection context comprising an expanded portion of text in the application, wherein said expanded portion of text includes text surrounding the initial content selection; and displaying the identified selection.
A biocompatible composition for use as a bone hemostat, the composition comprising: a first polyoxyethylene-polyoxypropylene block copolymer having a molecular weight (Mw) within a range from 9800 Mw to 16300 Mw; a second polyoxyethylene-polyoxypropylene block copolymer different from the first polyoxyethylene-polyoxypropylene block copolymer; and a random alkylene oxide copolymer, wherein: the biocompatible composition is present in a nonaqueous form, the first polyoxyethylene-polyoxypropylene block copolymer is present within a range from 40% to 70% by weight of the composition, the second polyoxyethylene-polyoxypropylene block copolymer is a liquid, is present within a range from 5% to 30% by weight of the composition, has a weight average molecular weight within a range from 1100 to 5000 g/mol, and from 60% to 90% of units in the second polyoxyethylene-polyoxypropylene block copolymer are oxypropylene units, and the random alkylene oxide copolymer is present within a range from 5% to 40% by weight of the composition. a first polyoxyethylene-polyoxypropylene block copolymer having a molecular weight (Mw) within a range from 9800 Mw to 16300 Mw; a second polyoxyethylene-polyoxypropylene block copolymer different from the first polyoxyethylene-polyoxypropylene block copolymer; and a random alkylene oxide copolymer, wherein: the biocompatible composition is present in a nonaqueous form, the first polyoxyethylene-polyoxypropylene block copolymer is present within a range from 40% to 70% by weight of the composition, the second polyoxyethylene-polyoxypropylene block copolymer is a liquid, is present within a range from 5% to 30% by weight of the composition, has a weight average molecular weight within a range from 1100 to 5000 g/mol, and from 60% to 90% of units in the second polyoxyethylene-polyoxypropylene block copolymer are oxypropylene units, and the random alkylene oxide copolymer is present within a range from 5% to 40% by weight of the composition. the biocompatible composition is present in a nonaqueous form, the first polyoxyethylene-polyoxypropylene block copolymer is present within a range from 40% to 70% by weight of the composition, the second polyoxyethylene-polyoxypropylene block copolymer is a liquid, is present within a range from 5% to 30% by weight of the composition, has a weight average molecular weight within a range from 1100 to 5000 g/mol, and from 60% to 90% of units in the second polyoxyethylene-polyoxypropylene block copolymer are oxypropylene units, and the random alkylene oxide copolymer is present within a range from 5% to 40% by weight of the composition.
Method to operate a user equipment communicatively connected to at least two subscriber identity modules (4.1, 4.2), which are at least assigned to a first and a second cellular network (7.1, 7.2), wherein the user equipment has assigned an independent paging identity in each of the first and second cellular networks for registration in said cellular networks (7.1, 7.2), the user equipment further being assigned to at least two paging groups, each of said paging group considering one of the at least two paging identities of the user equipment in said cellular networks, the method comprises the steps of: - determining a paging timing for the user equipment for at least one of said cellular networks based on the respective paging groups, - determining a value relating to a time difference between the first and second cellular network, - informing the first of the at least two cellular networks (7.1) about the paging identity used in the second cellular network (7.2) and the value relating to the time difference between said cellular networks, - retrieving an indication from said first cellular network (7.1) relating to assignment to a paging group, characterised by : the assignment to another paging group is considering that the paging assignments in the at least two cellular networks are non-overlapping within a predetermined time proximity. the user equipment further being assigned to at least two paging groups, each of said paging group considering one of the at least two paging identities of the user equipment in said cellular networks, the method comprises the steps of: - determining a paging timing for the user equipment for at least one of said cellular networks based on the respective paging groups, - determining a value relating to a time difference between the first and second cellular network, - informing the first of the at least two cellular networks (7.1) about the paging identity used in the second cellular network (7.2) and the value relating to the time difference between said cellular networks, - retrieving an indication from said first cellular network (7.1) relating to assignment to a paging group, - determining a paging timing for the user equipment for at least one of said cellular networks based on the respective paging groups, - determining a value relating to a time difference between the first and second cellular network, - informing the first of the at least two cellular networks (7.1) about the paging identity used in the second cellular network (7.2) and the value relating to the time difference between said cellular networks, - retrieving an indication from said first cellular network (7.1) relating to assignment to a paging group, characterised by : the assignment to another paging group is considering that the paging assignments in the at least two cellular networks are non-overlapping within a predetermined time proximity.
An element configured for an oscillation or a detection of a terahertz wave, the element comprising: a resonance unit including a first conductor , a second conductor , a dielectric arranged between the first conductor and the second conductor , and a first negative resistance element and a second negative resistance element mutually connected in parallel between the first conductor and the second conductor ; a bias circuit configured to supply a bias voltage to each of the first negative resistance element and the second negative resistance element ; and a line that connects the bias circuit to the resonance unit , the element being characterized in that it is configured to satisfy the following Expression Re Y 12 > 1 3 G − Re Y 11 where Re(Y 12 ) denotes a real part of a mutual admittance between the first negative resistance element and the second negative resistance element where G denotes a gain of the first negative resistance element or the second negative resistance element , and where Re(Y 11 ) denotes a real part of an admittance of an entire configuration including the resonance unit as viewed from the first negative resistance element . a resonance unit including a first conductor , a second conductor , a dielectric arranged between the first conductor and the second conductor , and a first negative resistance element and a second negative resistance element mutually connected in parallel between the first conductor and the second conductor ; a bias circuit configured to supply a bias voltage to each of the first negative resistance element and the second negative resistance element ; and a line that connects the bias circuit to the resonance unit , the element being characterized in that it is configured to satisfy the following Expression Re Y 12 > 1 3 G − Re Y 11 where Re(Y 12 ) denotes a real part of a mutual admittance between the first negative resistance element and the second negative resistance element where G denotes a gain of the first negative resistance element or the second negative resistance element , and where Re(Y 11 ) denotes a real part of an admittance of an entire configuration including the resonance unit as viewed from the first negative resistance element . where Re(Y 12 ) denotes a real part of a mutual admittance between the first negative resistance element and the second negative resistance element where G denotes a gain of the first negative resistance element or the second negative resistance element , and where Re(Y 11 ) denotes a real part of an admittance of an entire configuration including the resonance unit as viewed from the first negative resistance element .
Method for producing three-dimensional components by successively solidifying layers of a powdery construction material , which can be solidified by means of electromagnetic radiation , in particular bundled radiation such as laser radiation or electron radiation, at the points corresponding to the relevant cross section of the component , in particular selective laser melting (SLM) or selective laser sintering (SLS) methods, wherein a device is provided with a supporting device that is height-adjustable within a construction chamber for supporting the component , comprising a coating device for applying layers of the construction material to the supporting device or a previously formed layer, and comprising an irradiation apparatus for irradiating layers of the construction material in regions in order to solidify said layers, wherein a portion of the surface to be coated is scanned for its evenness before another layer is applied and, if there is unevenness that exceeds a certain tolerance range, this unevenness is removed, characterised in that a portion of the surface to be coated is scanned using a sensor with unevenness coordinates being recorded, wherein the locally identified unevenness is locally mechanical removed in a targeted manner using the identified unevenness coordinates, wherein a removal element having a relatively small surface area is guided to an upwardly protruding point on the layer and the removal process is carried out here.
A method of video bitstream processing, comprising: parsing a portion of a video bitstream at a video unit level for a first field indicative that a slice height is specified for a subpicture partitioning or that the slice height is specified for a tile partitioning at the video unit level; parsing, due to determining that the first field indicates that the slice height is specified for the subpicture partitioning, a preset number of second fields in the portion of the video bitstream to obtain heights for rectangular slices in the video unit, wherein the heights are indicated in multiple of coding tree unit, CTU, heights, and wherein each rectangular slice comprises one or more CTU rows that belong to a same subpicture, wherein the preset number is a positive integer; and decoding, based on the first field and/or the preset number of second fields, the video bitstream to generate a video. parsing a portion of a video bitstream at a video unit level for a first field indicative that a slice height is specified for a subpicture partitioning or that the slice height is specified for a tile partitioning at the video unit level; parsing, due to determining that the first field indicates that the slice height is specified for the subpicture partitioning, a preset number of second fields in the portion of the video bitstream to obtain heights for rectangular slices in the video unit, wherein the heights are indicated in multiple of coding tree unit, CTU, heights, and wherein each rectangular slice comprises one or more CTU rows that belong to a same subpicture, wherein the preset number is a positive integer; and decoding, based on the first field and/or the preset number of second fields, the video bitstream to generate a video.
An air conditioner comprising: a housing to be mounted to a ceiling; a cover panel coupled to a lower portion of the housing, the cover panel including an inlet and an outlet ; a blower fan disposed inside the housing and configured to draw air into the housing through the inlet and discharge air out of the housing through the outlet; and a blade coupled to the cover panel and configured to open or close the outlet, the blade having an inner end at a side nearest the inlet and an outer end at a side furthest from the inlet , and including a plurality of through holes , wherein centre axes (T) of the plurality of through holes are inclined with respect to a vertical line (V) towards the outer end of the blade while the outlet is closed by the blade, so that the air discharged through the plurality of through holes is discharged in a direction away from the inlet , wherein the blade includes a blade body with the plurality of through holes formed therein and coupling ribs protruding from the blade body, wherein the coupling ribs include a pivot shaft portion for engaging with a blade mount formed on the cover panel , characterized in that a gap (G1) is formed between the cover panel and the inner end of the blade while the outlet is closed by the blade so that the air is discharged through the gap (G1). a housing to be mounted to a ceiling; a cover panel coupled to a lower portion of the housing, the cover panel including an inlet and an outlet ; a blower fan disposed inside the housing and configured to draw air into the housing through the inlet and discharge air out of the housing through the outlet; and a blade coupled to the cover panel and configured to open or close the outlet, the blade having an inner end at a side nearest the inlet and an outer end at a side furthest from the inlet , and including a plurality of through holes , wherein centre axes (T) of the plurality of through holes are inclined with respect to a vertical line (V) towards the outer end of the blade while the outlet is closed by the blade, so that the air discharged through the plurality of through holes is discharged in a direction away from the inlet , wherein the blade includes a blade body with the plurality of through holes formed therein and coupling ribs protruding from the blade body, wherein the coupling ribs include a pivot shaft portion for engaging with a blade mount formed on the cover panel , characterized in that a gap (G1) is formed between the cover panel and the inner end of the blade while the outlet is closed by the blade so that the air is discharged through the gap (G1).
A computer implemented method of planning the placement of an electrode for treating an epileptic seizure in a patient's brain, the method comprising: acquiring an inter-ictal imaging profile from the brain of the patient; acquiring a post-ictal imaging profile from the brain of the patient; comparing the inter-ictal imaging profile and the post-ictal imaging profile; determining an ictal propagation pathway based on the comparing; determining a plurality of virtual electrode placement positions for an electrode based on the ictal propagation pathway; determining a volume of cortical activation at each of a plurality of virtual electrode placement positions, wherein the volume of cortical activation at a virtual electrode placement position is based on the ictal propagation pathway and the virtual electrode placement position; and selecting an implantation position for the electrode from the plurality of virtual electrode placement positions, wherein the selecting is based on the volume of cortical activation at the implantation position. acquiring an inter-ictal imaging profile from the brain of the patient; acquiring a post-ictal imaging profile from the brain of the patient; comparing the inter-ictal imaging profile and the post-ictal imaging profile; determining an ictal propagation pathway based on the comparing; determining a plurality of virtual electrode placement positions for an electrode based on the ictal propagation pathway; determining a volume of cortical activation at each of a plurality of virtual electrode placement positions, wherein the volume of cortical activation at a virtual electrode placement position is based on the ictal propagation pathway and the virtual electrode placement position; and selecting an implantation position for the electrode from the plurality of virtual electrode placement positions, wherein the selecting is based on the volume of cortical activation at the implantation position.
A composite panel comprising: first and second metallic sheets each having an inner and outer surface a silicone-based primer coating on the inner surface of the first and second metallic sheets and an organosilicon adhesive contacting the primer coating on both the first and second metallic sheets, wherein the adhesive has a gross heat of combustion (Q-PCS) of no greater than 1.4 MJ/m 2 and the panel is compliant with specification EN 13501-6:2018, classification A1. first and second metallic sheets each having an inner and outer surface a silicone-based primer coating on the inner surface of the first and second metallic sheets and an organosilicon adhesive contacting the primer coating on both the first and second metallic sheets, wherein the adhesive has a gross heat of combustion (Q-PCS) of no greater than 1.4 MJ/m 2 and the panel is compliant with specification EN 13501-6:2018, classification A1.
Electrochemical device having a plurality of electrochemical cells and a plurality of bipolar plates , wherein the electrochemical cells and the bipolar plates are provided in an alternating sequence, the bipolar plate having a first boundary surface and a second boundary surface arranged parallel thereto, wherein the boundary surfaces are arranged at a distance from each other and enclose an intermediate space , wherein the intermediate space contains at least one flow duct which is connected to a peripherally arranged fluid inlet and a peripherally arranged fluid outlet and is arranged at least in an encircling manner in the intermediate space , such that it extends essentially once or more than once about a centre point, wherein the at least one flow duct has two flow paths , wherein the device is configured for a coolant to flow through the flow paths in opposite directions.
A method comprising: receiving event data associated with an event on a first host device; detecting , based at least in part on the event data, an incident associated with the event; determining a first value to visually represent the incident in a user interface based at least in part on an incident score representative of a likelihood for the incident to impact operation of the first host device; determining that the event on the first host device initiates a process or a thread on a second host device; determining a second value to visually represent the process or the thread on the second host device in the user interface; outputting , based at least in part on the first value and the second value, an image in a user interface that represents the incident on the first host device and the process or the thread on the second host device; and determining , based at least in part on the image, whether or not the incident associated with the event is a malicious incident. receiving event data associated with an event on a first host device; detecting , based at least in part on the event data, an incident associated with the event; determining a first value to visually represent the incident in a user interface based at least in part on an incident score representative of a likelihood for the incident to impact operation of the first host device; determining that the event on the first host device initiates a process or a thread on a second host device; determining a second value to visually represent the process or the thread on the second host device in the user interface; outputting , based at least in part on the first value and the second value, an image in a user interface that represents the incident on the first host device and the process or the thread on the second host device; and determining , based at least in part on the image, whether or not the incident associated with the event is a malicious incident.