mhurhangee/ep-ind-claims huggingface dataset:
A printed circuit board comprising: a first pattern configured to be formed in a first layer, wherein the first pattern is configured to comprise at least one of a ground or a power line; a second pattern configured to be formed in at least one second layer under the first layer, wherein the second pattern is configured to comprise at least one signal line; a first signal pad disposed on an outer layer of the printed circuit board; a second signal pad disposed on the outer layer of the printed circuit board; a first signal via configured to electrically connect the first signal pad to the second pattern; a second signal via configured to electrically connect the second signal pad to the second pattern; the printed circuit board further comprising: a recess obtainable by removing a portion of at least the first layer, wherein the portion before removal was at least a portion of an area where a third via was provided, the third via being formed in at least the first layer and configured to electrically connect the first pattern to the second pattern; such that, upon removing the portion of at least the first layer to obtain the recess, the first pattern is electrically separated from the second pattern, thereby electrically separating the ground or the power line from the at least one signal line, while the first signal pad and the second signal pad remain electrically connected through the second pattern after the recess is formed. a first pattern configured to be formed in a first layer, wherein the first pattern is configured to comprise at least one of a ground or a power line; a second pattern configured to be formed in at least one second layer under the first layer, wherein the second pattern is configured to comprise at least one signal line; a first signal pad disposed on an outer layer of the printed circuit board; a second signal pad disposed on the outer layer of the printed circuit board; a first signal via configured to electrically connect the first signal pad to the second pattern; a second signal via configured to electrically connect the second signal pad to the second pattern; the printed circuit board further comprising: a recess obtainable by removing a portion of at least the first layer, wherein the portion before removal was at least a portion of an area where a third via was provided, the third via being formed in at least the first layer and configured to electrically connect the first pattern to the second pattern; such that, upon removing the portion of at least the first layer to obtain the recess, the first pattern is electrically separated from the second pattern, thereby electrically separating the ground or the power line from the at least one signal line, while the first signal pad and the second signal pad remain electrically connected through the second pattern after the recess is formed.
A computer-implemented method of providing device direct input/output, DDIO, protocol that enables a peripheral device to deliver data directly to a shared last-level cache, LLC, comprising: communicatively coupling a shared last-level cache, LLC, (308,740) to a peripheral device, the LLC (308,740) shared by a plurality of cores (304-0..304-7,736); during a particular time window i: incrementing a first cache counter La when a cache line is allocated into the LLC; characterized by incrementing a second cache counter Lp when a cache line is processed by a core of the plurality of cores and deallocated from the LLC; incrementing a third cache counter Le only when a cache line is evicted from the LLC to a main memory without having been retrieved by one of the plurality of cores; and determining for a time window i+ 1 a direct write policy for the LLC based on the three cache counters (712, 716, 720), wherein the LLC is a member of a non-inclusive cache hierarchy, wherein determining the direct write policy comprises determining that Lp is equal to La and that Le is zero, determining that the cache is not over-utilized, and determining a direct write policy to write incoming data to the LLC; and wherein determining the direct write policy comprises determining that Lp is smaller than La and that Le is nonzero, determining that the cache is over-utilized, and determining a direct write policy to write incoming data directly to the main memory, resetting the counters (712, 716, 720) after determining the direct write policy. communicatively coupling a shared last-level cache, LLC, (308,740) to a peripheral device, the LLC (308,740) shared by a plurality of cores (304-0..304-7,736); during a particular time window i: incrementing a first cache counter La when a cache line is allocated into the LLC; characterized by incrementing a second cache counter Lp when a cache line is processed by a core of the plurality of cores and deallocated from the LLC; incrementing a third cache counter Le only when a cache line is evicted from the LLC to a main memory without having been retrieved by one of the plurality of cores; and determining for a time window i+ 1 a direct write policy for the LLC based on the three cache counters (712, 716, 720), wherein the LLC is a member of a non-inclusive cache hierarchy, wherein determining the direct write policy comprises determining that Lp is equal to La and that Le is zero, determining that the cache is not over-utilized, and determining a direct write policy to write incoming data to the LLC; and wherein determining the direct write policy comprises determining that Lp is smaller than La and that Le is nonzero, determining that the cache is over-utilized, and determining a direct write policy to write incoming data directly to the main memory, resetting the counters (712, 716, 720) after determining the direct write policy.
An imaging apparatus comprising: an imaging device (32, 32-1, 32-2, 32-2', 32-2", 32-2''') that includes a plurality of pupil pixels, wherein each pupil pixel is immediately below one microlens and is divided into two parts by pupil division, each part being a divided pixel defined by the pupil division, and captures an image; a disparity detection section that detects a disparity between the divided pixels in units of pupil pixel; and a processing unit that performs processing for pixel values of the divided pixels defined by the pupil division, wherein the processing unit includes an addition section that calculates an average of pixel values of the divided pixels in units of pupil pixel, and designates the average as an added pixel value, characterized by: a pixel value blend ratio calculation section that calculates, in accordance with the disparity, a pixel value blend ratio for blending a pixel value of the divided pixel and the added pixel value in units of divided pixel, and a pixel value blend processing section that blends a pixel value of the divided pixel and the added pixel value at the pixel value blend ratio calculated. an imaging device (32, 32-1, 32-2, 32-2', 32-2", 32-2''') that includes a plurality of pupil pixels, wherein each pupil pixel is immediately below one microlens and is divided into two parts by pupil division, each part being a divided pixel defined by the pupil division, and captures an image; a disparity detection section that detects a disparity between the divided pixels in units of pupil pixel; and a processing unit that performs processing for pixel values of the divided pixels defined by the pupil division, wherein the processing unit includes an addition section that calculates an average of pixel values of the divided pixels in units of pupil pixel, and designates the average as an added pixel value, characterized by: a pixel value blend ratio calculation section that calculates, in accordance with the disparity, a pixel value blend ratio for blending a pixel value of the divided pixel and the added pixel value in units of divided pixel, and a pixel value blend processing section that blends a pixel value of the divided pixel and the added pixel value at the pixel value blend ratio calculated. a pixel value blend ratio calculation section that calculates, in accordance with the disparity, a pixel value blend ratio for blending a pixel value of the divided pixel and the added pixel value in units of divided pixel, and a pixel value blend processing section that blends a pixel value of the divided pixel and the added pixel value at the pixel value blend ratio calculated.
A computer-implemented method performed on a client, the method comprising: receiving a server generated identification value from a server; generating a client side identification value; creating a composite client identification value from the server generated client identification value and the client side identification value; transforming the composite client identification value; returning the composite client identification value to the server; receiving a cookie from the server, the cookie including a client-side transformed composite client identification value; comparing the client-side transformed composite client identification value with the composite client identification value; and if the client-side transformed composite client identification value does not match the composite client identification value then disabling private content viewing. receiving a server generated identification value from a server; generating a client side identification value; creating a composite client identification value from the server generated client identification value and the client side identification value; transforming the composite client identification value; returning the composite client identification value to the server; receiving a cookie from the server, the cookie including a client-side transformed composite client identification value; comparing the client-side transformed composite client identification value with the composite client identification value; and if the client-side transformed composite client identification value does not match the composite client identification value then disabling private content viewing.
A method for transmitting control information by a base station, BS, in a mobile communication system including a first mobile station, MS, and a second MS, wherein the BS transmits first data to the first MS and transmits second data to the second MS, the method comprising: identifying, by the BS, first control information about the first data and second control information about the second data and an identifier, ID, of the second MS, the first control information comprising a walsh space indicator of the first MS, and the second control information comprising a walsh space indicator of the second MS and user control information of the second MS; generating first error detection bits based on the walsh space indicator of the first MS and the second control information (601, 603); padding a predetermined number of zeroes to the ID of the second MS so that a number of bits of the zeroes padded ID of the second MS is equal to a number of the first error detection bits; generating second error detection bits by exclusive-OR gating the first error detection bits with the zero-padded ID of the second MS; generating control information to be transmitted to the second MS by attaching the second error detection bits to a bit sequence corresponding to the second control information (601, 603) and the walsh space indicator of the first MS; and transmitting the second error detection bits attached control information to the second MS. identifying, by the BS, first control information about the first data and second control information about the second data and an identifier, ID, of the second MS, the first control information comprising a walsh space indicator of the first MS, and the second control information comprising a walsh space indicator of the second MS and user control information of the second MS; generating first error detection bits based on the walsh space indicator of the first MS and the second control information (601, 603); padding a predetermined number of zeroes to the ID of the second MS so that a number of bits of the zeroes padded ID of the second MS is equal to a number of the first error detection bits; generating second error detection bits by exclusive-OR gating the first error detection bits with the zero-padded ID of the second MS; generating control information to be transmitted to the second MS by attaching the second error detection bits to a bit sequence corresponding to the second control information (601, 603) and the walsh space indicator of the first MS; and transmitting the second error detection bits attached control information to the second MS.
Process for treating water charged with nitrogen in ammonium form within a biological reactor by nitritation-denitritation, said process including at least: - a step (i) for supplying said biological reactor with said water; - an aerated step (ii) during which oxygen is injected into the reactor; - a step (iii) for extracting treated water from said reactor; characterised in that it includes: - a step for determining a piece of information representative of the quantity of nitrates formed in said reactor; - a step for determining a piece of information representative of the quantity of ammonium reduced in said reactor; - a step for computing the ratio between said piece of information representative of the quantity of nitrates formed in said reactor and said piece of information representative of the quantity of ammonium reduced in said reactor; - a step for determining the percentage of ammonium reduced in said reactor; said steps for determining being implemented continuously or intermittently according to a predetermined frequency, the intake of oxygen into said reactor during said aerated step being determined as a function of said ratio between said piece of information representative of the quantity of nitrates formed in said reactor and said piece of information representative of the quantity of ammonium reduced in said reactor and as a function of said percentage of ammonium reduced in said reactor. - a step (i) for supplying said biological reactor with said water; - an aerated step (ii) during which oxygen is injected into the reactor; - a step (iii) for extracting treated water from said reactor; - a step for determining a piece of information representative of the quantity of nitrates formed in said reactor; - a step for determining a piece of information representative of the quantity of ammonium reduced in said reactor; - a step for computing the ratio between said piece of information representative of the quantity of nitrates formed in said reactor and said piece of information representative of the quantity of ammonium reduced in said reactor; - a step for determining the percentage of ammonium reduced in said reactor;
An ironing apparatus for a hat, comprising: a hollow spherical conductor having an opening formed at a lower portion thereof; supports installed under the spherical conductor to support the spherical conductor with being spaced apart from a bottom plate; and a hot air supplier installed under the opening formed at the lower portion of the spherical conductor to vertically supply hot air to an inner space of the spherical conductor. a hollow spherical conductor having an opening formed at a lower portion thereof; supports installed under the spherical conductor to support the spherical conductor with being spaced apart from a bottom plate; and a hot air supplier installed under the opening formed at the lower portion of the spherical conductor to vertically supply hot air to an inner space of the spherical conductor.
Friction brake member, in particular brake disc, for a friction brake of a motor vehicle, wherein the friction brake member comprises a base member having at least one wear protection layer on at least one frictional contact area of the base member, wherein the wear protection layer forms a frictional contact surface on its side facing away from the base member, wherein the hardness of the wear protection layer increases stepwise from the base member up to the frictional contact surface, characterised in that the wear protection layer is formed in three layers, wherein the hardness increases from layer (5_1-5_3) to layer (5_1-5_3), wherein a first layer (5_3) arranged on the base member comprises a carbon content of less than 0.2 % by weight, in particular less than 0.1 % by weight, wherein a second layer (5_2) arranged on the first layer (5_3) comprises a higher carbon content than the first layer (5_3), in particular a carbon content between 0.1 % by weight and 1.0 % by weight, and wherein a third layer (5_1) is arranged on the side of the second layer (5_2) facing away from the first layer (5_3), which comprises the highest carbon content of the layers (5_1-5_3), in particular greater than 1.0 % by weight.
Cosmetic composition comprising (i) at least one mineral wax in a content ranging from 12% to 40% by weight relative to the total weight of the composition, (ii) at least one fatty acid comprising from 8 to 30 carbon atoms, (iii) at least one mineral oil, (iv) at least one surfactant, (v) at least one ester of fatty acid comprising at least 10 carbon atoms and/or of fatty alcohol comprising at least 10 carbon atoms and (vi) at least one fixing polymer.
Prefabricated construction element comprising: - a first, external wall, - a second, internal wall, the first wall and the second wall being substantially mutually parallel and kept at a distance from one another, - an insulating wall interposed between the first wall and the second wall, at least first means for circulation of a heat transfer fluid that are associated with the first wall, - at least means (19, 20, 21) for concentrating thermal radiation that are associated with the external face of the first wall in order to increase the amount of thermal radiation that can be stored in the material of the first wall, said construction element being characterized in that it consists of a wall with integrated formwork and insulation, in that the first wall comprises an internal face on the opposite side from an external face, in which the insulating wall is mounted at a contact face of the insulating wall, in that the first wall and the insulating wall are kept at a distance from the second wall by a plurality of connecting members so as to form a formwork space that is able and intended to be filled with a hydraulic filling material, in that the means for concentrating thermal radiation comprise an air-gap wall associated with the external face of the first wall, and in that the air-gap wall is kept at a distance (d) from the external face so as to create an empty space between the external face and the air-gap wall so as to form an air gap. - a first, external wall, - a second, internal wall, the first wall and the second wall being substantially mutually parallel and kept at a distance from one another, - an insulating wall interposed between the first wall and the second wall, at least first means for circulation of a heat transfer fluid that are associated with the first wall, - at least means (19, 20, 21) for concentrating thermal radiation that are associated with the external face of the first wall in order to increase the amount of thermal radiation that can be stored in the material of the first wall, said construction element being characterized in that it consists of a wall with integrated formwork and insulation, in that the first wall comprises an internal face on the opposite side from an external face, in which the insulating wall is mounted at a contact face of the insulating wall, in that the first wall and the insulating wall are kept at a distance from the second wall by a plurality of connecting members so as to form a formwork space that is able and intended to be filled with a hydraulic filling material, in that the means for concentrating thermal radiation comprise an air-gap wall associated with the external face of the first wall, and in that the air-gap wall is kept at a distance (d) from the external face so as to create an empty space between the external face and the air-gap wall so as to form an air gap.
A roaming method, the method performed by a host, and comprising: binding a Transmission Control Protocol/Internet Protocol, TCP/IP, connection established between the host and a peer end with a host address within a first IP address, so that the TCP/IP connection is maintained when the first IP address changes due to the host roaming from a first network to a second network, wherein the first IP address is an IP address of the host in the first network and comprises a network address and the host address, the network address indicates a network segment where the host is located, and the host address indicates a device identifier of the host for uniquely identifying the host; when the host roams from the first network to the second network, maintaining the TCP/IP connection and obtaining a second IP address of the host in the second network, wherein the second IP address is an IP address of the host in the second network and comprises a network address and the host address; and notifying the peer end of the second IP address or a change portion of the second IP address compared to the first IP address. binding a Transmission Control Protocol/Internet Protocol, TCP/IP, connection established between the host and a peer end with a host address within a first IP address, so that the TCP/IP connection is maintained when the first IP address changes due to the host roaming from a first network to a second network, wherein the first IP address is an IP address of the host in the first network and comprises a network address and the host address, the network address indicates a network segment where the host is located, and the host address indicates a device identifier of the host for uniquely identifying the host; the first IP address is an IP address of the host in the first network and comprises a network address and the host address, the network address indicates a network segment where the host is located, and the host address indicates a device identifier of the host for uniquely identifying the host; when the host roams from the first network to the second network, maintaining the TCP/IP connection and obtaining a second IP address of the host in the second network, wherein the second IP address is an IP address of the host in the second network and comprises a network address and the host address; and notifying the peer end of the second IP address or a change portion of the second IP address compared to the first IP address.
A method of changing a sampling frequency of sensor data from a sensor of a wearable device in order to modify power consumption of the wearable device, the method comprising the steps of: receiving sensor data from the sensor of the wearable device; determining, by a processor of the wearable device, at least a first sensor value and a second sensor value from the sensor data, wherein the second sensor value is obtained after the first sensor value; calculating a difference between the first and second sensor values; varying the sampling frequency according to the calculated difference; characterised in that the sampling frequency is increased if the difference is above a predetermined threshold and the second sensor value is greater than the first sensor value, and wherein the sampling frequency is decreased if the difference is above the predetermined threshold and the second sensor value is less than the first sensor value. receiving sensor data from the sensor of the wearable device; determining, by a processor of the wearable device, at least a first sensor value and a second sensor value from the sensor data, wherein the second sensor value is obtained after the first sensor value; calculating a difference between the first and second sensor values; varying the sampling frequency according to the calculated difference; characterised in that the sampling frequency is increased if the difference is above a predetermined threshold and the second sensor value is greater than the first sensor value, and wherein the sampling frequency is decreased if the difference is above the predetermined threshold and the second sensor value is less than the first sensor value.