mhurhangee/patent-ind-claim-en huggingface dataset:
Method of manufacturing a label with a suspension handle comprising steps of: i) providing a first layered material which comprises a support layer and a first front layer joined in a releasable manner; characterized in that the method comprises the steps of: ii) coating a front surface of the first front layer with at least one detachment promoter layer , leaving a free zone wherein said promoter layer is absent; iv) providing a second layered material comprising a second front layer transparent to light and an adhesive layer ; v) joining the products of steps ii) and iv) into a coupled material so that the adhesive layer adheres at least to the free zone of the first layered material ; vii) at least in the thickness (S1) of the second front layer , separating a suspension handle from a handle area , at least one secondary label of said label in a different area , and forming a label surround in the first front layer ; wherein the second front layer is only partially opaque at the suspension handle to reveal the presence thereof without hiding a first graphic layer superposed on the first front layer and wherein, at the secondary label , said label comprises an opaque contrast layer superposed on the second front layer to substantially eliminate its transparency, at least a second graphic layer superposed on the contrast layer , and at least one protective layer of the second graphic layer , at least partially light-transparent. i) providing a first layered material which comprises a support layer and a first front layer joined in a releasable manner; characterized in that the method comprises the steps of: ii) coating a front surface of the first front layer with at least one detachment promoter layer , leaving a free zone wherein said promoter layer is absent; iv) providing a second layered material comprising a second front layer transparent to light and an adhesive layer ; v) joining the products of steps ii) and iv) into a coupled material so that the adhesive layer adheres at least to the free zone of the first layered material ; vii) at least in the thickness (S1) of the second front layer , separating a suspension handle from a handle area , at least one secondary label of said label in a different area , and forming a label surround in the first front layer ; wherein the second front layer is only partially opaque at the suspension handle to reveal the presence thereof without hiding a first graphic layer superposed on the first front layer and wherein, at the secondary label , said label comprises an opaque contrast layer superposed on the second front layer to substantially eliminate its transparency, at least a second graphic layer superposed on the contrast layer , and at least one protective layer of the second graphic layer , at least partially light-transparent.
A coffee grinder machine comprising: a machine body with a motor and grinding members for grinding coffee beans; and a device for detecting the presence of a filter and/or a filter holder in a set position suitable for receiving ground coffee, wherein the detecting device comprises a normally-open switch (I) comprising a first half-support for the filter and/or the filter holder and a second half-support for the filter and/or filter holder , characterized in that the switch (I) is configured to close when the filter and/or filter holder is in electrical contact with the first half-support and with the second half-support . a machine body with a motor and grinding members for grinding coffee beans; and a device for detecting the presence of a filter and/or a filter holder in a set position suitable for receiving ground coffee, wherein the detecting device comprises a normally-open switch (I) comprising a first half-support for the filter and/or the filter holder and a second half-support for the filter and/or filter holder , characterized in that the switch (I) is configured to close when the filter and/or filter holder is in electrical contact with the first half-support and with the second half-support .
A wearable intraoral sensor for measuring pH in an oral cavity of a subject, comprising: a molar band sized to fit around a molar in the oral cavity of the subject, the molar band being configured to extend between surrounding teeth of the molar and to encircle the molar; a sensor unit coupled to the molar band, comprising: a transducer configured to measure pH in an oral cavity and transduce the pH measurement to a data signal suitable for transmission; a data unit transmission operably connected to the transducer and configured to wirelessly transmit the data signal; and a power source operably connected to the transducer and the data transmission unit; and a housing unit coupled to the molar band and configured to enclose and seal the sensor unit inside the housing unit, and comprising a proton exchange membrane configured to conduct protons into the sensor unit, wherein the wearable intraoral sensor is configured to continually measure pH in the oral cavity and wirelessly transmit the data signal intermittently for a least one day. a molar band sized to fit around a molar in the oral cavity of the subject, the molar band being configured to extend between surrounding teeth of the molar and to encircle the molar; a sensor unit coupled to the molar band, comprising: a transducer configured to measure pH in an oral cavity and transduce the pH measurement to a data signal suitable for transmission; a data unit transmission operably connected to the transducer and configured to wirelessly transmit the data signal; and a power source operably connected to the transducer and the data transmission unit; and a transducer configured to measure pH in an oral cavity and transduce the pH measurement to a data signal suitable for transmission; a data unit transmission operably connected to the transducer and configured to wirelessly transmit the data signal; and a power source operably connected to the transducer and the data transmission unit; and a housing unit coupled to the molar band and configured to enclose and seal the sensor unit inside the housing unit, and comprising a proton exchange membrane configured to conduct protons into the sensor unit, wherein the wearable intraoral sensor is configured to continually measure pH in the oral cavity and wirelessly transmit the data signal intermittently for a least one day.
Use of a white-smoke reduction component selected from among manganese oxide and silver oxide for preventing white smoke from being emitted from a diesel engine, wherein said white-smoke reduction component is included in a diesel particulate filter composition which is applied to a diesel particulate filter (DPF) of a smoke reduction apparatus, and wherein said smoke reduction apparatus includes a diesel oxidation catalyst (DOC) and said DPF mounted at a rear end of the diesel engine, wherein a composition applied to the diesel oxidation catalyst (DOC) includes Pt-Pd/Al 2 O 3 and zeolite.
An article, comprising: a nonwoven textile forming at least part of an upper of an article of footwear , the nonwoven textile comprised of fibers and having a major portion and a folded portion , further comprising a cushioning secured between the major portion and the folded portion , wherein the folded portion includes an edge of the nonwoven textile folded over to bring the edge in contact, at least in part, with a major surface of the major portion to form a folded edge ; and binding fibers entangled with fibers of the folded portion and the major portion , the edge being secured, at least in part, to the major surface , wherein the binding fibers are comprised of a portion of the fibers comprising the nonwoven textile , the binding fibers comprising fibers from the folded portion entangled into fibers of the major portion without passing through the cushioning and/or fibers from the major portion entangled into fibers of the folded portion without passing through the cushioning, wherein binding fibers do not extend through the cushioning . a nonwoven textile forming at least part of an upper of an article of footwear , the nonwoven textile comprised of fibers and having a major portion and a folded portion , further comprising a cushioning secured between the major portion and the folded portion , wherein the folded portion includes an edge of the nonwoven textile folded over to bring the edge in contact, at least in part, with a major surface of the major portion to form a folded edge ; and binding fibers entangled with fibers of the folded portion and the major portion , the edge being secured, at least in part, to the major surface , wherein the binding fibers are comprised of a portion of the fibers comprising the nonwoven textile , the binding fibers comprising fibers from the folded portion entangled into fibers of the major portion without passing through the cushioning and/or fibers from the major portion entangled into fibers of the folded portion without passing through the cushioning, wherein binding fibers do not extend through the cushioning .
A press for processing parts of the type comprising: - a support for parts to be processed; - a sliding member which can be moved transversely to said support ; and - a swivelling press head which is jointed to said sliding member by means of at least one annular spherical joint , said head being intended to be applied to said part support by movement (D) of said sliding member , wherein said sliding member and said press head comprise respective complementary means cooperating directly with each other, in order to form a central spherical joint being associated with said annular spherical joint in order to allow for the pivoting of said press head ; characterised in that the annular spherical joint is formed by a female portion which adjustably cooperates with a male portion , the female portion being in the form of a ring with a concave spherical internal bearing which is mounted on the sliding member , the male portion is in the form of an annulus with a convex spherical external bearing which is mounted on the press head ; wherein the complementary means comprise a female portion and a male portion adjustably cooperating with each other, the male portion being formed by a spherical stud, which is mounted on the press head , and the female portion being in the form of a recess with a spherical bottom arranged in the tip of the sliding member turned to the support , the spherical stud engaging in the recess in order to form the central spherical joint . - a support for parts to be processed; - a sliding member which can be moved transversely to said support ; and - a swivelling press head which is jointed to said sliding member by means of at least one annular spherical joint , said head being intended to be applied to said part support by movement (D) of said sliding member ,
A method for communicating in a wireless communications system , the method comprising: receiving, by a station , a frame comprising scheduling information and a cyclic prefix indicator indicating a first length of a first cyclic prefix, wherein the frame is received in accordance with the first cyclic prefix; determining, by the station , a second length of a second cyclic prefix for a transmission in accordance with the scheduling information and the cyclic prefix indicator; and transmitting, by the station , the transmission with the second cyclic prefix, wherein the scheduling information comprises information for an uplink transmission scheduled for the station ; characterized in that determining the second length of the second cyclic prefix for the transmission comprises determining the second length of the second cyclic prefix in accordance with the first length of the first cyclic prefix and a mapping relationship between the second length of the second cyclic prefix and the first length of the first cyclic prefix when orthogonal frequency division multiple access, OFDMA, or multi-user multiple input multiple output, MU-MIMO is to be used in the uplink; the mapping relationship requiring the second length of the second cyclic prefix to be 1.6us when the first length of the first cyclic prefix is 0.8us and requiring the second length of the second cyclic prefix to be 3.2us when the first length of the first cyclic prefix is 1.6us or 3.2us. receiving, by a station , a frame comprising scheduling information and a cyclic prefix indicator indicating a first length of a first cyclic prefix, wherein the frame is received in accordance with the first cyclic prefix; determining, by the station , a second length of a second cyclic prefix for a transmission in accordance with the scheduling information and the cyclic prefix indicator; and transmitting, by the station , the transmission with the second cyclic prefix, wherein the scheduling information comprises information for an uplink transmission scheduled for the station ; characterized in that determining the second length of the second cyclic prefix for the transmission comprises determining the second length of the second cyclic prefix in accordance with the first length of the first cyclic prefix and a mapping relationship between the second length of the second cyclic prefix and the first length of the first cyclic prefix when orthogonal frequency division multiple access, OFDMA, or multi-user multiple input multiple output, MU-MIMO is to be used in the uplink;
Stamp , in particular a self-inking stamp, with a locking element, comprising at least one stamping component and one stamping insert , wherein the stamping component is formed of a top part with a handle element and a bottom part with a cushion-receiving element , wherein the top part is designed bow-shaped and the stamping insert is connected so as to move synchronously via a reversing mechanism having a slide track in the bottom part via a shaft or trunnion to the top part , wherein in the resting position a text plate mounted on the stamping insert abuts against an ink cartridge soaked with stamp ink in the cushion-receiving element , wherein in a stamping process for producing a stamp impression in the stamping position the stamping insert with the text plate can be shifted by the reversing mechanism into a stamping position , characterised in that the stamping component is provided with a lock with a locking clip connected to it so as to move synchronously for fixing the top part to the bottom part in a defined position, wherein the locking clip is arranged in the bow-shaped top part , wherein the locking clip has latching hooks on both sides of the bow-shaped top part , which in particular run in a guide channel of the lateral bars and which are formed in operative connection with the bottom part for fixing the top part and bottom part in relation to each other.
Mold comprising a first portion which comprises a shell on which is returned a molding zone forming a mechanical interface between said molding zone and the shell, and heating means in the form of inducers , extending along a direction, called longitudinal, in cavities between said interface and the molding zone , and a cooling device extending to the interface between said molding zone and the shell characterized in that it comprises at the interface between the shell and the molding zone, a strip made of graphite or copper or nickel or a nickel alloy, soldered on the molding zone , the mold being closed, by using the means for heating the mold.
A monoclonal antibody which binds human c-Met, wherein the antibody comprises a VH region comprising the sequence of SEQ ID NO:57 and a VL region comprising the sequence of SEQ ID NO:61.
Torsion damping device, intended in particular to be incorporated in a transmission chain of a motor vehicle, particularly in a clutch, the device comprising: - a support having first and second large faces (12 1 , 12 2 ); - a plurality of oscillating masses arranged around an axis of rotation X of the support, at least one, preferably each oscillating mass, called "guided oscillating mass", comprising first and second flanges (14 1 ,14 2 ) extending, at least partly, facing the first and second large faces of the support, respectively, and being guided in oscillation on the support by at least one pair of first and second rolling members (16 1 ,16 2 ), the device being characterized in that said first rolling member extends entirely between a first support cradle (23 1 ) defining a first support rolling track, a first oscillating mass cradle (25 1 ) defining a first oscillating mass rolling track, said first large face of the support and said first flange of the oscillating mass, and in that the first rolling member is a roller. - a support having first and second large faces (12 1 , 12 2 ); - a plurality of oscillating masses arranged around an axis of rotation X of the support,
Cooking utensil for an induction cooktop , with at least one container formed to receive food to be cooked and/or food to be simmered, with at least one contact portion for contacting the induction cooktop , wherein the cooking utensil has at least one cooking plate , which is arranged in the container such that it can be moved relative to the contact portion , and the cooking utensil having at least one actuator for producing a relative movement between the cooking plate and the contact portion , wherein the actuator positions the cooking plate and the contact portion relative to each other in an operating position and in a rest position, wherein in the operating position the cooking plate is inductively heated by the induction cooktop through the contact portion , and in the rest position the cooking plate is spaced apart from the contact portion to such an extent that no induction of the cooking plate by the induction cooktop contacting the contact portion occurs, wherein the actuator comprises a lifting element which is connected to the cooking plate and transmits an actuating force generated by the actuator to the cooking plate for generating the relative movement between the cooking plate and the contact portion , wherein the lifting element is connected to the cooking plate via a joint , wherein the generated actuating force generates a pivoting movement of the cooking plate relative to the lifting element in the joint , characterised in that a damping element is provided, against which the cooking plate is moved by the actuating force generated by the actuator .
A caterpillar track , in particular a rubber caterpillar track , comprising a track body , and at least one outer profiling element , preferably a plurality of outer profiling elements , facing outwards away from the track body , wherein the outer profiling element comprises an outwardly facing grouser body and a grouser base which connects the grouser body to the track body , and wherein the outer profiling element includes, at least in sections, a mark which can make the boundary between the grouser body and the grouser base optically recognizable, characterized in that the grouser body comprises a material of a first colour and the grouser base comprises a material of a second colour, wherein the two colours our different. at least one outer profiling element , preferably a plurality of outer profiling elements , facing outwards away from the track body , wherein the outer profiling element comprises an outwardly facing grouser body and a grouser base which connects the grouser body to the track body , and wherein the outer profiling element includes, at least in sections, a mark which can make the boundary between the grouser body and the grouser base optically recognizable, characterized in that the grouser body comprises a material of a first colour and the grouser base comprises a material of a second colour, wherein the two colours our different.
An audio signal processing method for adaptation of a decorrelation filter length in decoding of an audio signal, the method comprising: obtaining a control parameter; estimating a mean of the control parameter; estimating a variation of the control parameter; calculating a ratio of said variation and mean of the control parameter; calculating a targeted decorrelation filter length based on said ratio; and providing the targeted decorrelation filter length to a decorrelator. obtaining a control parameter; estimating a mean of the control parameter; estimating a variation of the control parameter; calculating a ratio of said variation and mean of the control parameter; calculating a targeted decorrelation filter length based on said ratio; and providing the targeted decorrelation filter length to a decorrelator.
A method for transmitting a physical layer protocol data unit, comprising: generating(S101) a physical layer protocol data unit PPDU, wherein the PPDU comprises a long training field, a length of a frequency-domain sequence of the long training field is greater than a first length, and the first length is a length of a frequency-domain sequence of a long training field of a PPDU transmitted over a channel whose bandwidth is 160 MHz; and sending(S102) the PPDU over a target channel, wherein a bandwidth of the target channel is greater than 160 MHz; wherein the bandwidth of the target channel is 320 MHz, and the frequency-domain sequence of the long training field is any one of the following: [LTF1x80M 0 23 LTF1x80M 0 23 -LTF1x80M 0 23 -LTF1x80M]; or [LTF1x80MHz left 0 LTF1x80MHz right 0 23 LTF1x80MHz left 0 LTF1x80MHz right 0 23 -LTF1x80MHz left 0 - LTF1x80MHz right 0 23 -LTF1x80MHz left 0 -LTF1x80MHz right ], wherein LTF1x80MHz left is an 80MHz left 1x LTF sequence in 802.11ax standard, LTF1x80MHz right is an 80MHz right 1x LTF sequence in the 802.11ax standard. generating(S101) a physical layer protocol data unit PPDU, wherein the PPDU comprises a long training field, a length of a frequency-domain sequence of the long training field is greater than a first length, and the first length is a length of a frequency-domain sequence of a long training field of a PPDU transmitted over a channel whose bandwidth is 160 MHz; and sending(S102) the PPDU over a target channel, wherein a bandwidth of the target channel is greater than 160 MHz; wherein the bandwidth of the target channel is 320 MHz, and the frequency-domain sequence of the long training field is any one of the following: [LTF1x80M 0 23 LTF1x80M 0 23 -LTF1x80M 0 23 -LTF1x80M]; or [LTF1x80MHz left 0 LTF1x80MHz right 0 23 LTF1x80MHz left 0 LTF1x80MHz right 0 23 -LTF1x80MHz left 0 - LTF1x80MHz right 0 23 -LTF1x80MHz left 0 -LTF1x80MHz right ], wherein LTF1x80MHz left is an 80MHz left 1x LTF sequence in 802.11ax standard, LTF1x80MHz right is an 80MHz right 1x LTF sequence in the 802.11ax standard. [LTF1x80M 0 23 LTF1x80M 0 23 -LTF1x80M 0 23 -LTF1x80M]; or [LTF1x80MHz left 0 LTF1x80MHz right 0 23 LTF1x80MHz left 0 LTF1x80MHz right 0 23 -LTF1x80MHz left 0 - LTF1x80MHz right 0 23 -LTF1x80MHz left 0 -LTF1x80MHz right ], wherein LTF1x80MHz left is an 80MHz left 1x LTF sequence in 802.11ax standard, LTF1x80MHz right is an 80MHz right 1x LTF sequence in the 802.11ax standard.