mhurhangee/patent-ind-claim-en huggingface dataset:
A tire comprising: a tread portion comprising at least one circumferentially continuously extending main groove , and a land portion divided by said at least one main groove, wherein the land portion is provided with straight sipes and curved sipes each extending in the tire axial direction, characterized in that the straight sipes and the curved sipes each comprise an intermediary first portion including a deepest portion deepest in the straight sipe and in the curved sipe respectively , a second portion located on one side in the tire axial direction, of the intermediary first portion , and a third portion located on the other side in the tire axial direction, of the intermediary first portion . a tread portion comprising at least one circumferentially continuously extending main groove , and a land portion divided by said at least one main groove, wherein the land portion is provided with straight sipes and curved sipes each extending in the tire axial direction, characterized in that the straight sipes and the curved sipes each comprise an intermediary first portion including a deepest portion deepest in the straight sipe and in the curved sipe respectively , a second portion located on one side in the tire axial direction, of the intermediary first portion , and a third portion located on the other side in the tire axial direction, of the intermediary first portion .
A rotary table apparatus for an electric discharge machine, comprising: a rotary table body ; a table rotor supported on the rotary table body and configured to be rotatable; a driving unit for driving the table rotor; a seal mechanism including a sealer disposed between the rotary table body and the table rotor; characterised in that the rotary table apparatus further comprises: an auxiliary seal mechanism including an auxiliary sealer attached between the rotary table body and the table rotor so as to be in slight contact or form a minute clearance with the table rotor ; and a supply unit configured to supply clean working fluid for use in machining to a space formed between the sealer of the seal mechanism and the auxiliary sealer of the auxiliary seal mechanism, wherein a pipe for allowing the clean working fluid for use in machining to flow therein is provided in the sealer of the seal mechanism or in the auxiliary sealer of the auxiliary seal mechanism. a rotary table body ; a table rotor supported on the rotary table body and configured to be rotatable; a driving unit for driving the table rotor; a seal mechanism including a sealer disposed between the rotary table body and the table rotor; characterised in that the rotary table apparatus further comprises: an auxiliary seal mechanism including an auxiliary sealer attached between the rotary table body and the table rotor so as to be in slight contact or form a minute clearance with the table rotor ; and a supply unit configured to supply clean working fluid for use in machining to a space formed between the sealer of the seal mechanism and the auxiliary sealer of the auxiliary seal mechanism, wherein a pipe for allowing the clean working fluid for use in machining to flow therein is provided in the sealer of the seal mechanism or in the auxiliary sealer of the auxiliary seal mechanism.
Equipment for transporting a young child in a vehicle, comprising a base intended to be anchored to a seat of said vehicle and a carry cot for accommodating said child in the laid-back position in the longitudinal direction of the carry cot , and which can be firmly secured to said base , said carry cot and said base comprising guide elements of complementary shapes allowing a translational guidance to be performed between said carry cot and said base , in a direction of translational movement substantially parallel to the longitudinal direction of the carry cot , characterised in that said carry cot and/or said base comprises means of selecting a transport position from among at least two possible transport positions which are distributed in said direction of translational movement.
Spout for a beverage preparation device for dispensing a liquid, comprising a dispensing chamber for receiving the liquid to be dispensed, an inlet opening for connection to a liquid supply, an outlet opening for dispensing the liquid, the dispensing chamber being arranged between the inlet opening and the outlet opening , and at least one overflow channel , which additionally connects the dispensing chamber to the outside, the overflow channel branches off from the dispensing chamber in a region of a highest point when the outlet is used as intended, the outlet opening being connected to the dispensing chamber via an outlet channel , characterised in that a cross-sectional area of the inlet opening is smaller than a cross-sectional area of the outlet channel .
Method for communication, in particular for exchanging data, between a first computer (R1), a second computer (R2) and at least one automation device (AV) over a wide area network (WAN) by means of an application-specific protocol (AP), wherein one of the computers (R1, R2) has a local network connection (LAN) to the automation device (AV), wherein the application-specific protocol (AP) has an application layer (APPL), wherein the first computer (R1) executes a first automation program (ASP1) and the second computer (R2) executes a second automation program (ASP2), characterised by the following steps: • registering a first event loop (EVLP1) having a first identification (ID1) in the application layer (APPL) of the application-specific protocol (AP) of one of the computers (R1, R2), • establishing a communication channel (T) between the first computer (R1) and the second computer (R2), • registering a second event loop (EVLP2) having a second identification (ID2) in the application layer (APPL) of the application-specific protocol (AP) of the respective other computer (R1, R2) and storing the first identification (ID1), • storing the identification (ID1, ID2) of the event loop (EVLP1, EVLP2) for which the data is intended in the data, • transferring the data to a send function (SEND), • notifying the event loop (EVLP1, EVLP2) whose identification (ID1, ID2) is stored in the data that the data is ready for transmission, and • retrieving the data by means of a receive function (REC) via the communication channel (T). • registering a first event loop (EVLP1) having a first identification (ID1) in the application layer (APPL) of the application-specific protocol (AP) of one of the computers (R1, R2), • establishing a communication channel (T) between the first computer (R1) and the second computer (R2), • registering a second event loop (EVLP2) having a second identification (ID2) in the application layer (APPL) of the application-specific protocol (AP) of the respective other computer (R1, R2) and storing the first identification (ID1), • storing the identification (ID1, ID2) of the event loop (EVLP1, EVLP2) for which the data is intended in the data, • transferring the data to a send function (SEND), • notifying the event loop (EVLP1, EVLP2) whose identification (ID1, ID2) is stored in the data that the data is ready for transmission, and • retrieving the data by means of a receive function (REC) via the communication channel (T).
A method for testing a test object , the method comprising: generating a stress wave in a fluid within a cavity in a structure ; directing the stress wave through the fluid within the cavity into the test object ; setting a number of properties for the stress wave in the fluid based on a configuration of the cavity in the structure ; and measuring at least one of the stress wave and a tension wave in the test object, wherein the tension wave is either a part of the stress wave or is generated when a compressive component of the stress wave encounters a boundary in the test object . generating a stress wave in a fluid within a cavity in a structure ; directing the stress wave through the fluid within the cavity into the test object ; setting a number of properties for the stress wave in the fluid based on a configuration of the cavity in the structure ; and measuring at least one of the stress wave and a tension wave in the test object, wherein the tension wave is either a part of the stress wave or is generated when a compressive component of the stress wave encounters a boundary in the test object .
Elastomer material for wristbands or components for horology intended to be in contact with the skin, the elastomer material including moisture wicking means, characterised in that said the wicking means include hydrophilic microfibres, said fibres forming channels in the elastomer material to transport moisture by capillary action through said material, and characterised in that the elastomer material comprises thermally conductive fillers selected from zinc oxide and boron nitride and an antimicrobial additive of the organic zinc compound or silver salts or aluminium salts type.
An operating device for at least one lighting means , having - a control circuit , which adjusts or controls at least one parameter influencing the temperature development in the operating device , and which detects a temperature (T) in the operating device or in its environment, and - a memory connected to the control circuit or integrated in said control circuit, in which at least one critical temperature (Tc) is stored, wherein the control circuit changes the parameter when the critical temperature (Tc) is exceeded in order to influence the temperature development, characterized in that the operating device is configured so that the value of the critical temperature (Tc) can be adjusted by means of a manual or data interface of the operating device by a user of the operating device, wherein the critical temperature (Tc) is predetermined with a specific bandwidth. - a control circuit , which adjusts or controls at least one parameter influencing the temperature development in the operating device , and which detects a temperature (T) in the operating device or in its environment, and - a memory connected to the control circuit or integrated in said control circuit, in which at least one critical temperature (Tc) is stored,
A method for decoding a video signal, the method performed by an apparatus and comprising: determining an intra prediction mode for a current block of the video signal; based on the intra prediction mode for the current block being intra planar prediction mode, predicting a video data sample included in the current block by processing a bi-linear interpolation of a first reference sample, a second reference sample, a third reference sample, and a fourth reference sample, the first reference sample being a reconstructed neighboring left sample of the current block and being on a same y-coordinate line as the video data sample, the second reference sample being a reconstructed neighboring top sample of the current block and being on a same x-coordinate line as the video data sample, the third reference sample being a reconstructed reference sample taken from a neighboring top-right block of the current block, and the fourth reference sample being a reconstructed reference sample taken from a neighboring bottom-left block of the current block; and reconstructing the video data sample based on the predicted video data sample, wherein the same third and fourth reference samples are used in the bi-linear interpolation process for each of a plurality of video data samples to be predicted within the current block. determining an intra prediction mode for a current block of the video signal; based on the intra prediction mode for the current block being intra planar prediction mode, predicting a video data sample included in the current block by processing a bi-linear interpolation of a first reference sample, a second reference sample, a third reference sample, and a fourth reference sample, the first reference sample being a reconstructed neighboring left sample of the current block and being on a same y-coordinate line as the video data sample, the second reference sample being a reconstructed neighboring top sample of the current block and being on a same x-coordinate line as the video data sample, the third reference sample being a reconstructed reference sample taken from a neighboring top-right block of the current block, and the fourth reference sample being a reconstructed reference sample taken from a neighboring bottom-left block of the current block; and reconstructing the video data sample based on the predicted video data sample, wherein the same third and fourth reference samples are used in the bi-linear interpolation process for each of a plurality of video data samples to be predicted within the current block.
A method for wireless communication by a user equipment, UE, comprising: receiving a channel state information, CSI, reporting configuration comprising one or more CSI reporting settings, wherein each CSI reporting setting is associated with one or more subbands for CSI and each subband for CSI comprises a frequency domain, FD, unit for channel quality information, CQI, feedback and one or more FD units for precoding matrix indicator, PMI, feedback; and determining , for each of the CSI reporting settings, at least one of an amount of CSI reference signal, CSI-RS, resources occupation or an amount of CSI-RS ports occupation, based at least in part on (i) a number of the FD units for PMI feedback within a single FD unit for CQI feedback or (ii) a number of FD units for PMI feedback within all of the subbands for CSI, wherein determining at least one of the amount of CSI-RS resource occupation or the amount of CSI-RS ports occupation is further based on a type of codebook associated with the CSI reporting setting; and further comprising: sending an indication of a CSI processing capability of the UE, the CSI processing capability comprising an indication of at least one of a number of CSI-RS resources supported by the UE or a number of CSI-RS ports supported by the UE. receiving a channel state information, CSI, reporting configuration comprising one or more CSI reporting settings, wherein each CSI reporting setting is associated with one or more subbands for CSI and each subband for CSI comprises a frequency domain, FD, unit for channel quality information, CQI, feedback and one or more FD units for precoding matrix indicator, PMI, feedback; and determining , for each of the CSI reporting settings, at least one of an amount of CSI reference signal, CSI-RS, resources occupation or an amount of CSI-RS ports occupation, based at least in part on (i) a number of the FD units for PMI feedback within a single FD unit for CQI feedback or (ii) a number of FD units for PMI feedback within all of the subbands for CSI, wherein determining at least one of the amount of CSI-RS resource occupation or the amount of CSI-RS ports occupation is further based on a type of codebook associated with the CSI reporting setting; and further comprising: sending an indication of a CSI processing capability of the UE, the CSI processing capability comprising an indication of at least one of a number of CSI-RS resources supported by the UE or a number of CSI-RS ports supported by the UE.
Light duty vehicle, comprising: - a vehicle frame , comprising a pair of longitudinal beams connected to each other by a plurality of cross-members , - a cabin frame , comprising a pair of longitudinal beams rigidly connected to the front ends of the longitudinal beams of the vehicle frame , - at least one supporting structure for auxiliary units such as gaseous fuel tanks or electric batteries, carried by the vehicle frame , wherein - said supporting structure for supporting the auxiliary units comprises an auxiliary frame which extends between the longitudinal beams of the vehicle frame and has at least two connection plates (P) arranged in vertical planes parallel to the longitudinal direction of the vehicle , - said connection plates (P) of the auxiliary frame are in contact with mutually facing inner lateral walls of said longitudinal beams of the vehicle frame and are rigidly connected to said longitudinal beams of the vehicle frame , so that said auxiliary frame fulfills a structural function equivalent to the structural function of one or more of said cross-members at an area of the vehicle frame where said cross-members are not provided or are omitted for leaving space for the auxiliary frame, and are therefore replaced by the latter, said vehicle being characterized in that said end plates (P) of the auxiliary frame are provided with flanges (F) which project from said connection plates (P) and constitute abutment elements in engagement against lower walls of the two longitudinal beams of the vehicle frame , and in that the auxiliary frame has a quadrangular configuration including two longitudinal arms and two transverse arms rigidly connected to each other and further comprising at least one cross-member (T) which connects the longitudinal arms to each other and which has its ends carrying said connection plates (P) arranged in vertical planes parallel to the longitudinal direction of the vehicle frame . - a vehicle frame , comprising a pair of longitudinal beams connected to each other by a plurality of cross-members , - a cabin frame , comprising a pair of longitudinal beams rigidly connected to the front ends of the longitudinal beams of the vehicle frame , - at least one supporting structure for auxiliary units such as gaseous fuel tanks or electric batteries, carried by the vehicle frame , wherein - said supporting structure for supporting the auxiliary units comprises an auxiliary frame which extends between the longitudinal beams of the vehicle frame and has at least two connection plates (P) arranged in vertical planes parallel to the longitudinal direction of the vehicle , - said connection plates (P) of the auxiliary frame are in contact with mutually facing inner lateral walls of said longitudinal beams of the vehicle frame and are rigidly connected to said longitudinal beams of the vehicle frame ,
Integrated and modular system (10; 20; 30; 40) installed on site, formed by the coupling of at least one barrier element and at least one soundproofing panel (11, 11', 11"; 70; 80; 100; 110; 120; 130; 160) resting on the ground, characterized in that said panel comprises two flat plates (61, 61'; 71, 71'; 81, 81'; 101, 101'; 131, 131'; 161, 161') connected and spaced apart by a discontinuous structural element (62; 72; 82) and at their edges by means of a frame , and in that said panel is constrained in two points, segments, or areas of the frame, the first constraint point, segment or area being located in the lower side of the frame resting on the ground and fixed directly to the ground or to said at least one barrier element or both, and at least another constraint point, segment, or area of the frame, spaced apart from said lower side of the frame, constrained to said at least one barrier element.
A sublaminar band clamp system (100; 500; 700); comprising: - a first locking mechanism ; - a second locking mechanism ; and - a body comprising: - a first portion comprising a first passage , wherein the first locking mechanism is disposed within the first passage ; - a second portion comprising a second passage , wherein the second locking mechanism is disposed within the second passage ; - a third passage extending across the body , the third passage in fluid communication with the second passage and adapted to receive a sublaminar band ; and - an opening (106; 502) positioned between the first and second portions , the opening (106; 502) and adapted to receive a spinal rod , - a longitudinal axis of the first passage is perpendicular to a longitudinal axis of the second passage characterized in that - the opening (106; 502) is in fluid communication with the first passage and the third passage extends internally between the second portion and a portion of the nose portion between an opening at the nose portion and an opening on outer portion . - a first locking mechanism ; - a second locking mechanism ; and - a body comprising: - a first portion comprising a first passage , wherein the first locking mechanism is disposed within the first passage ; - a second portion comprising a second passage , wherein the second locking mechanism is disposed within the second passage ; - a third passage extending across the body , the third passage in fluid communication with the second passage and adapted to receive a sublaminar band ; and - an opening (106; 502) positioned between the first and second portions , the opening (106; 502) and adapted to receive a spinal rod , - a longitudinal axis of the first passage is perpendicular to a longitudinal axis of the second passage characterized in that - the opening (106; 502) is in fluid communication with the first passage and the third passage extends internally between the second portion and a portion of the nose portion between an opening at the nose portion and an opening on outer portion . - a first portion comprising a first passage , wherein the first locking mechanism is disposed within the first passage ; - a second portion comprising a second passage , wherein the second locking mechanism is disposed within the second passage ; - a third passage extending across the body , the third passage in fluid communication with the second passage and adapted to receive a sublaminar band ; and - an opening (106; 502) positioned between the first and second portions , the opening (106; 502) and adapted to receive a spinal rod , - a longitudinal axis of the first passage is perpendicular to a longitudinal axis of the second passage characterized in that - the opening (106; 502) is in fluid communication with the first passage and the third passage extends internally between the second portion and a portion of the nose portion between an opening at the nose portion and an opening on outer portion .