mhurhangee/patent-ind-claim-en huggingface dataset:
A see-through organic light emitting display device comprising: a light emitting region (D/A1, D/A2) including a transparent anode , an organic light emitting layer , and a transparent cathode ; and a see-through region (T/A1, T/A2) including a transparent auxiliary electrode configured to transmit external light, wherein the transparent cathode extends into the see-through region (T/A1, T/A2) and is electrically connected with the transparent auxiliary electrode , characterized in that the transparent auxiliary electrode covers more than half or all of the see-through region (T/A1, T/A2). a light emitting region (D/A1, D/A2) including a transparent anode , an organic light emitting layer , and a transparent cathode ; and a see-through region (T/A1, T/A2) including a transparent auxiliary electrode configured to transmit external light, wherein the transparent cathode extends into the see-through region (T/A1, T/A2) and is electrically connected with the transparent auxiliary electrode , characterized in that the transparent auxiliary electrode covers more than half or all of the see-through region (T/A1, T/A2).
A centrifugal compressor comprising: an impeller rotatably disposed and having a plurality of first blades ; and a shroud cover disposed on a leading edge side of the first blades partially in a rotational axis direction of the impeller and connecting the first blades circumferentially adjacent to each other, wherein the shroud cover is shaped such that a position of at least one of an upstream edge or a downstream edge of the shroud cover in the rotational axis direction changes along a circumferential direction of the shroud cover , and a position of the upstream edge in the rotational axis direction is the same as a position of a leading edge of each first blade in the rotational axis direction or further toward a trailing edge side of the first blades than the leading edge in the rotational axis direction, wherein each part of the shroud cover between the first blades circumferentially adjacent to each other has the same shape, and one of the upstream edge or the downstream edge of the shroud cover , of which a position in the rotational axis direction changes along a circumferential direction of the shroud cover , intersects a pressure side and a suction side of each first blade at different positions in the rotational axis direction. an impeller rotatably disposed and having a plurality of first blades ; and a shroud cover disposed on a leading edge side of the first blades partially in a rotational axis direction of the impeller and connecting the first blades circumferentially adjacent to each other, wherein the shroud cover is shaped such that a position of at least one of an upstream edge or a downstream edge of the shroud cover in the rotational axis direction changes along a circumferential direction of the shroud cover , and a position of the upstream edge in the rotational axis direction is the same as a position of a leading edge of each first blade in the rotational axis direction or further toward a trailing edge side of the first blades than the leading edge in the rotational axis direction, wherein each part of the shroud cover between the first blades circumferentially adjacent to each other has the same shape, and one of the upstream edge or the downstream edge of the shroud cover , of which a position in the rotational axis direction changes along a circumferential direction of the shroud cover , intersects a pressure side and a suction side of each first blade at different positions in the rotational axis direction.
A method facilitating pre-fetching ads of a live stream, the method comprising: sending, by a live streaming server, a live stream to display on a client; ingesting a new ads pre-fetching criteria into the live stream; sending the ingested new ads pre-fetching criteria to the client to update a default set of ads pre-fetching criteria on the client; upon determining that the client has been idle for a particular amount of time, notifying, by the live-streaming server, the client to pre-fetch ads from the live streaming server, based on the updated default set of ads pre-fetching criteria; and notifying, by the live-streaming server, the client to show the pre-fetched ads. sending, by a live streaming server, a live stream to display on a client; ingesting a new ads pre-fetching criteria into the live stream; sending the ingested new ads pre-fetching criteria to the client to update a default set of ads pre-fetching criteria on the client; upon determining that the client has been idle for a particular amount of time, notifying, by the live-streaming server, the client to pre-fetch ads from the live streaming server, based on the updated default set of ads pre-fetching criteria; and notifying, by the live-streaming server, the client to show the pre-fetched ads.
Measuring device for capturing the pressure in a cavity of a mould of a particle foaming tool during a foaming process of particle foams, having a measuring head which is arranged in a wall of the mould and in which a pressure recording device is arranged, to which pressure recording device the internal pressure in the cavity can be applied and by means of which the recorded pressure can be supplied to a pressure sensor and can be converted by the pressure sensor into a corresponding electrical pressure signal, wherein the measuring head has a flexible diaphragm , to which the pressure in the cavity can be applied and which can be deflected on its side which faces the cavity and extends transversely to the plane thereof, and the flexible diaphragm can be deflected in a fluid space which is formed on its side facing away from the cavity in the measuring head , is filled with a fluid, and from which a channel leads to a transmitter head which is at a distance from the particle foaming tool and in which the pressure sensor is arranged, to which the fluid is applied, characterized in that a mould temperature sensor is arranged in the measuring head , which mould temperature sensor is arranged in an edge region of the measuring head close to a wall of the mould and from which a second signal line leads to the transmitter head , and wherein the mould temperature sensor is in touching contact with a wall of the mould .
A method for making an object , the method comprising the steps of: on an upwardly facing surface of a flexible element , disposing a material used to make the object ; and causing relative movement between a member (110; 400; 500; 600; 700) and both the object being made and a downwardly facing surface of the element while the member (110; 400; 500; 600; 700) is in contact with the downwardly facing surface , the relative movement causing the upwardly facing surface to adopt a form, wherein during the relative movement the member (110; 400; 500; 600; 700) passes directly beneath the object being made, expelling some of the material which is located between the element and the object being made. on an upwardly facing surface of a flexible element , disposing a material used to make the object ; and causing relative movement between a member (110; 400; 500; 600; 700) and both the object being made and a downwardly facing surface of the element while the member (110; 400; 500; 600; 700) is in contact with the downwardly facing surface , the relative movement causing the upwardly facing surface to adopt a form, wherein during the relative movement the member (110; 400; 500; 600; 700) passes directly beneath the object being made, expelling some of the material which is located between the element and the object being made.
Computer-implemented method for training an artificial neural network, ANN , designed as an image classifier, with learning datasets that each comprise a sample and an associated label , wherein each sample represents values of one or more input variables of the ANN and the associated label represents values of one or more output variables of the ANN , comprising the following steps: • the ANN is trained without supervision based on the samples contained in the learning datasets , wherein the unsupervised training is aimed at dividing the samples into a predefined number k of clusters; • a weighting of the learning datasets is ascertained based on at least one quality criterion for the reliability and/or quality of the assignment of labels to samples in the learning datasets ; • taking this weighting into consideration, the ANN is trained with supervision based on the samples and associated labels contained in the learning datasets , wherein • an image to be classified by the ANN contains pixels each of which is assigned colour values or grayscale values, and • the ANN is designed to detect objects in the image on the basis of these pixels, and/or to semantically segment the image, and wherein • one and the same ANN is trained alternately without supervision and with supervision , and/or • a first instance of the ANN is trained without supervision , a second instance of the ANN having the same architecture is trained with supervision , and both trained instances (1a*, 1b*) are combined to give an overall result (1*). • the ANN is trained without supervision based on the samples contained in the learning datasets , wherein the unsupervised training is aimed at dividing the samples into a predefined number k of clusters; • a weighting of the learning datasets is ascertained based on at least one quality criterion for the reliability and/or quality of the assignment of labels to samples in the learning datasets ; • taking this weighting into consideration, the ANN is trained with supervision based on the samples and associated labels contained in the learning datasets , • an image to be classified by the ANN contains pixels each of which is assigned colour values or grayscale values, and • the ANN is designed to detect objects in the image on the basis of these pixels, and/or to semantically segment the image, and wherein • one and the same ANN is trained alternately without supervision and with supervision , and/or • a first instance of the ANN is trained without supervision , a second instance of the ANN having the same architecture is trained with supervision , and both trained instances (1a*, 1b*) are combined to give an overall result (1*).
A modular constructed building comprising a plurality of ground beams and one or more wall panels , each said ground beam having a pair of surfaces for supporting said one or more wall panels and a longitudinally extending male projection interspaced between said surfaces, said projection being formed as a vertically extending flat plate and capable of being at least partially inserted into a said wall panel , and securing means for securing said one or more wall panels to one of said respective ground beams, wherein each of said wall panels, at an end opposite said ground beam when the flat plate is inserted into the wall panel, has a lateral groove for a protrusion of a T-shaped or an X-shaped member, and wherein an upper end of each of said wall panels is retained together by additional means extending through each of said wall panels for either said T-shaped member or said X-shaped member.
A brake hydraulic pressure control device of a saddle-type vehicle, configured to execute anti-lock brake control of decreasing and increasing a pressure of a brake fluid in a wheel cylinder in correspondence to a slip state of a wheel while an input unit of a brake is operated, the brake hydraulic pressure control device comprising: a master cylinder-side pressure acquisition unit configured to acquire a pressure of a brake fluid in a master cylinder ; an input gradient acquisition unit configured to acquire an input gradient, which is an increment per unit time of an amount of operation of the input unit ; an open time determination unit configured to determine a time for one opening of a hydraulic pressure adjusting valve configured to repeatedly open and close a main flow path , through which a brake fluid to be supplied from the master cylinder to the wheel cylinder is to flow, while a pressure of the brake fluid in the wheel cylinder is increased after the pressure of the brake fluid in the wheel cylinder is decreased during the anti-lock brake control; and an execution unit configured to open and close the hydraulic pressure adjusting valve , wherein the open time determination unit is configured to determine the time for one opening of the hydraulic pressure adjusting valve , in correspondence to the pressure of the brake fluid in the master cylinder and the input gradient of the input unit . a master cylinder-side pressure acquisition unit configured to acquire a pressure of a brake fluid in a master cylinder ; an input gradient acquisition unit configured to acquire an input gradient, which is an increment per unit time of an amount of operation of the input unit ; an open time determination unit configured to determine a time for one opening of a hydraulic pressure adjusting valve configured to repeatedly open and close a main flow path , through which a brake fluid to be supplied from the master cylinder to the wheel cylinder is to flow, while a pressure of the brake fluid in the wheel cylinder is increased after the pressure of the brake fluid in the wheel cylinder is decreased during the anti-lock brake control; and an execution unit configured to open and close the hydraulic pressure adjusting valve , wherein the open time determination unit is configured to determine the time for one opening of the hydraulic pressure adjusting valve , in correspondence to the pressure of the brake fluid in the master cylinder and the input gradient of the input unit .
Aqueous dispersion containing at least one semicrystalline polyurethane-polyurea polymer and at least one surface-deactivated polyisocyanate, preferably at least one surface-deactivated solid polyisocyanate, characterized in that the melting temperature of the semicrystalline polyurethane-polyurea polymer is at least 55°C, wherein the melting temperature is measured as defined in the description.
A [Mn 4 CaO 4 ](R 1 CO 2 ) 8 (L 1 )(L 2 )(L 3 ) compound represented by formula I, characterized in that the compound comprises four Mn ions and one Ca 2+ ion, which are linked via four O 2- ions to form an asymmetric [Mn 4 CaO 4 ] heteronuclear metal cluster skeleton core; the peripheral ligands of the [Mn 4 CaO 4 ] cluster are provided with eight carboxylic acid anions and three neutral ligands (L 1 , L 2 , L 3 ); wherein, R 1 is selected from H or C 1-8 linear or branched alkyl; the three ligands L 1 , L 2 , and L 3 are the same or different and are each independently selected from the group consisting of carboxylic acid molecules, pyridine, imidazole, pyrazine, quinoline, isoquinoline, or water molecule, alcohol molecules, ketones, nitriles, such as acetonitrile, esters. R 1 is selected from H or C 1-8 linear or branched alkyl; the three ligands L 1 , L 2 , and L 3 are the same or different and are each independently selected from the group consisting of carboxylic acid molecules, pyridine, imidazole, pyrazine, quinoline, isoquinoline, or water molecule, alcohol molecules, ketones, nitriles, such as acetonitrile, esters.
An electro-conductive member for electrophotography comprising a support having an electro-conductive outer surface and an electro-conductive layer on the outer surface of the support, the electro-conductive layer having a matrix comprising a first cross-linked rubber, and domains dispersed in the matrix, the domains each comprising a second cross-linked rubber and an electronically conductive agent, at least some of the domains being exposed to an outer surface of the electro-conductive member to constitute protrusions on an outer surface of the electro-conductive member, the outer surface of the electro-conductive member being constituted by the matrix and the domains exposed to the outer surface of the electro-conductive member, wherein in a double logarithmic plot with a frequency on the abscissa and an impedance on the ordinate, a slope at a frequency of 1.0 × 10 5 Hz to 1.0 × 10 6 Hz is -0.8 or more and -0.3 or less, and an impedance at a frequency of 1.0 × 10 -2 Hz to 1.0 × 10 1 Hz is 1.0 × 10 3 to 1.0 × 10 7 Ω, the impedance being measured by applying an alternating-current voltage with an amplitude of 1 V to between the outer surface of the support and a platinum electrode directly provided on the outer surface of the electro-conductive member while varying the frequency between 1.0 × 10 -2 Hz and 1.0 × 10 7 Hz in an environment involving a temperature of 23°C and a relative humidity of 50%. a support having an electro-conductive outer surface and an electro-conductive layer on the outer surface of the support, the electro-conductive layer having a matrix comprising a first cross-linked rubber, and domains dispersed in the matrix, the domains each comprising a second cross-linked rubber and an electronically conductive agent, at least some of the domains being exposed to an outer surface of the electro-conductive member to constitute protrusions on an outer surface of the electro-conductive member, the outer surface of the electro-conductive member being constituted by the matrix and the domains exposed to the outer surface of the electro-conductive member,
A compressor (A) comprising: a base portion (15;17) that separates a compression side from a discharge side; a discharge port (15c;17c) that penetrates the base portion (15;17); a valve body having one end , which is fixed to the base portion (15;17), and another end , which is configured to oppose the base portion (15;17) to close the discharge port (15c;17c), in that the other end elastically deforms to open the discharge port (15c;17c) when a pressure of the compression side becomes higher than a pressure of the discharge side; and a seating plate that supports the valve body by being disposed between the base portion (15;17) and the valve body and abutting against a surface of the valve body on a base portion side, wherein the seating plate has a through-hole corresponding to the discharge port (15c;17c) and a plurality of fixing portions to the base portion (15;17), which are provided at positions on both sides of an extension direction with respect to a center (P2) of the through-hole , wherein both surfaces of the seating plate are formed in a planar shape, characterized in that the seating plate is made of a material harder than the base portion (15;17). a base portion (15;17) that separates a compression side from a discharge side; a discharge port (15c;17c) that penetrates the base portion (15;17); a valve body having one end , which is fixed to the base portion (15;17), and another end , which is configured to oppose the base portion (15;17) to close the discharge port (15c;17c), in that the other end elastically deforms to open the discharge port (15c;17c) when a pressure of the compression side becomes higher than a pressure of the discharge side; and a seating plate that supports the valve body by being disposed between the base portion (15;17) and the valve body and abutting against a surface of the valve body on a base portion side, wherein the seating plate has a through-hole corresponding to the discharge port (15c;17c) and a plurality of fixing portions to the base portion (15;17), which are provided at positions on both sides of an extension direction with respect to a center (P2) of the through-hole , wherein both surfaces of the seating plate are formed in a planar shape, characterized in that the seating plate is made of a material harder than the base portion (15;17).
A sheet metal component , comprising: a three dimensionally shaped first surface ; a three dimensionally shaped second surface opposite to the first surface ; and an edge interconnecting and extending about the perimeter of the first and second shaped surfaces , wherein the edge includes a sheared portion obtained by a trimming operation, wherein the edge includes an indented portion obtained by a hot forming operation prior to the trimming operation , and wherein the sheared portion is positioned immediately adjacent to the indented portion , characterized in that the indented portion includes a cross-section having a substantially planar wall extending at an angle of substantially forty-five degrees from the first surface the indented portion includes an indentation bottom surface extending substantially parallel to the first surface and intersecting the planar wall. a three dimensionally shaped first surface ; a three dimensionally shaped second surface opposite to the first surface ; and an edge interconnecting and extending about the perimeter of the first and second shaped surfaces , wherein the edge includes a sheared portion obtained by a trimming operation, wherein the edge includes an indented portion obtained by a hot forming operation prior to the trimming operation , and wherein the sheared portion is positioned immediately adjacent to the indented portion , characterized in that the indented portion includes a cross-section having a substantially planar wall extending at an angle of substantially forty-five degrees from the first surface the indented portion includes an indentation bottom surface extending substantially parallel to the first surface and intersecting the planar wall.
Sensor device for detecting a magnetic field change caused by an object approaching or moving past the sensor device , in particular by a wheel of a rail vehicle, wherein the sensor device has at least one transmitter device and at least one receiver device , wherein the transmitter device has at least two alternating-current-fed transmitter oscillating circuits (5.1, 5.2) for the formation of a transmitter frequency (f s ) of the transmitter device , wherein the at least two transmitter oscillating circuits (5.1, 5.2) are designed such that their resonance frequencies (f r ) are different from one another and the sensor device has at least one monitoring device which is designed for determining the transmitter frequency (f s ) of the transmitter device and for checking whether the determined transmitter frequency (f s ) is in a predetermined frequency range.
Eating aid with a contact area for placing on a food item (E), a finger mount facing away from the contact area for attachment to a finger (F, D), which forms a fingertip rest against which the outer phalanx (G) of a finger (F, D) comes to rest when placed on a finger (F, D), and at least one spike for piercing the food item (E), wherein the contact area is formed by a flat element which is curved and forms a concave area for the placement of a finger, which element delimits the finger mount, and wherein the spike is kept within a portion of the flat element, at the level of which, when in use, the finger mount extends over an underside of the outer phalanx (G), characterized in that the spike is provided for piercing the food item (E) in the form of a hamburger and for this purpose protrudes with a length (L) of at least 2 cm from the contact area . a finger mount facing away from the contact area for attachment to a finger (F, D), which forms a fingertip rest against which the outer phalanx (G) of a finger (F, D) comes to rest when placed on a finger (F, D), and at least one spike for piercing the food item (E), wherein the contact area is formed by a flat element which is curved and forms a concave area for the placement of a finger, which element delimits the finger mount, and wherein the spike is kept within a portion of the flat element, at the level of which, when in use, the finger mount extends over an underside of the outer phalanx (G), characterized in that the spike is provided for piercing the food item (E) in the form of a hamburger and for this purpose protrudes with a length (L) of at least 2 cm from the contact area .