mhurhangee/patent-ind-claim-en huggingface dataset:
A punch tool with an expanded portion, comprising: a fixed punch including an inclined portion inclined with respect to a vertical direction; a movable punch provided on the fixed punch so as to be able to move up and down in a direction along the inclined portion and including an expanded portion projecting toward an outside in a lateral direction; an interlocking member configured to interlock with a relative ascending and descending motion of the movable punch with respect to the fixed punch ; an operation member provided on the fixed punch so as to be movable in the lateral direction, the operation member being configured to move in the lateral direction by means of a moving motion of an external operation member, the operation member being configured to perform the relative ascending and descending motion of the movable punch ; and an urging member configured to urge the operation member toward an inside in the lateral direction, characterized in that the operation member includes an abutting element capable of being abutted with the interlocking member , the urging member is configured to urge the operation member toward the inside in the lateral direction such that the abutting element is abutted with the interlocking member , and the movable punch is configured to move toward the inside in the lateral direction while moving down relatively to the fixed punch due to a self-weight thereof when the operation member is moved toward the outside in the lateral direction against an urging force of the urging member by means of the moving motion of the external operation member. a fixed punch including an inclined portion inclined with respect to a vertical direction; a movable punch provided on the fixed punch so as to be able to move up and down in a direction along the inclined portion and including an expanded portion projecting toward an outside in a lateral direction; an interlocking member configured to interlock with a relative ascending and descending motion of the movable punch with respect to the fixed punch ; an operation member provided on the fixed punch so as to be movable in the lateral direction, the operation member being configured to move in the lateral direction by means of a moving motion of an external operation member, the operation member being configured to perform the relative ascending and descending motion of the movable punch ; and an urging member configured to urge the operation member toward an inside in the lateral direction, characterized in that the operation member includes an abutting element capable of being abutted with the interlocking member , the urging member is configured to urge the operation member toward the inside in the lateral direction such that the abutting element is abutted with the interlocking member , and the movable punch is configured to move toward the inside in the lateral direction while moving down relatively to the fixed punch due to a self-weight thereof when the operation member is moved toward the outside in the lateral direction against an urging force of the urging member by means of the moving motion of the external operation member.
A liquid heater comprising a body wherein the heating/boiling process is performed; a plurality of heating elements that are arranged on the side walls and preferably also at the base of the body , and at least one level sensor that enables the liquid level (h) in the body to be measured, a control unit that enables at least two heating elements to be operated if the liquid level (h) detected by the level sensor is higher than a predetermined first limit level (lim1) characterized by the liquid heater further comprising a movement mechanism that is controlled by the control unit and that enables the heating elements on the lateral surfaces of the body to be moved up and down.
A textile component , comprising: a knitted component being formed as an integral one-piece element, the knitted component comprising: a first knit layer , a second knit layer , and a pocket , wherein the pocket is located between the first knit layer and the second knit layer; a spacing element located within the pocket; an embroidered element on an exterior surface of the first knit layer that extends through the first knit layer but does not extend through the second knit layer, characterized in that the textile component further comprises a boundary area which at least partially surrounds the embroidered element , and wherein the boundary area comprises a fused structure comprising a fused thermoplastic polymer material included in the knitted component . a knitted component being formed as an integral one-piece element, the knitted component comprising: a first knit layer , a second knit layer , and a pocket , wherein the pocket is located between the first knit layer and the second knit layer; a first knit layer , a second knit layer , and a pocket , wherein the pocket is located between the first knit layer and the second knit layer; a spacing element located within the pocket; an embroidered element on an exterior surface of the first knit layer that extends through the first knit layer but does not extend through the second knit layer, characterized in that the textile component further comprises a boundary area which at least partially surrounds the embroidered element , and wherein the boundary area comprises a fused structure comprising a fused thermoplastic polymer material included in the knitted component .
A glass panel unit manufacturing method comprising: a bonding step of bonding together, with a sealing member in a frame shape, a first glass panel and a second glass panel that are arranged to face each other and thereby forming, between the first glass panel and the second glass panel , an inner space surrounded with the sealing member ; an exhausting step of exhausting air from the inner space through an exhaust port that at least one of the first glass panel or the second glass panel has; and a sealing step of sealing up the inner space with a reduced pressure, characterized in that: the exhausting step including exhausting the air through the exhaust port and an exhaust pipe detachably connected to the exhaust port ; and the exhaust pipe is detachably connected to the exhaust port with a highly heat-resistant clip. a bonding step of bonding together, with a sealing member in a frame shape, a first glass panel and a second glass panel that are arranged to face each other and thereby forming, between the first glass panel and the second glass panel , an inner space surrounded with the sealing member ; an exhausting step of exhausting air from the inner space through an exhaust port that at least one of the first glass panel or the second glass panel has; and a sealing step of sealing up the inner space with a reduced pressure, characterized in that: the exhausting step including exhausting the air through the exhaust port and an exhaust pipe detachably connected to the exhaust port ; and the exhaust pipe is detachably connected to the exhaust port with a highly heat-resistant clip. the exhausting step including exhausting the air through the exhaust port and an exhaust pipe detachably connected to the exhaust port ; and the exhaust pipe is detachably connected to the exhaust port with a highly heat-resistant clip.
A MEMS pressure sensor, comprising: a first membrane (14 1 ); a second membrane (14 2 ) spaced apart from the first membrane (14 1 ) by a sensing volume ; and a circuit configured to measure the capacitance between the first membrane (14 1 ) and the second membrane (14 2 ); wherein the first membrane (14 1 ) is disposed between the sensing volume and a first volume , and the second membrane (14 2 ) is disposed between the sensing volume and a third volume ; wherein the first volume is a front volume and the third volume is a back volume; or wherein the first volume is a back volume and the third volume is a front volume; fluids to be measured and disturbances may arrive at the membranes (14 1 , 14 2 ) at the front volume whilst being blocked, at least partially through the back volume; characterized in that a first stiffness of the first membrane (14 1 ) and a second stiffness of the second membrane (14 2 ) are selected such that an acoustic signal being the disturbance travelling from the front volume through the sensing volume to the back volume leads to a same magnitude of deflection of the first membrane (14 1 ) and the second membrane (14 2 ) within a tolerance range. a first membrane (14 1 ); a second membrane (14 2 ) spaced apart from the first membrane (14 1 ) by a sensing volume ; and a circuit configured to measure the capacitance between the first membrane (14 1 ) and the second membrane (14 2 ); wherein the first membrane (14 1 ) is disposed between the sensing volume and a first volume , and the second membrane (14 2 ) is disposed between the sensing volume and a third volume ; wherein the first volume is a front volume and the third volume is a back volume; or wherein the first volume is a back volume and the third volume is a front volume; fluids to be measured and disturbances may arrive at the membranes (14 1 , 14 2 ) at the front volume whilst being blocked, at least partially through the back volume; characterized in that a first stiffness of the first membrane (14 1 ) and a second stiffness of the second membrane (14 2 ) are selected such that an acoustic signal being the disturbance travelling from the front volume through the sensing volume to the back volume leads to a same magnitude of deflection of the first membrane (14 1 ) and the second membrane (14 2 ) within a tolerance range.
A tray assembly comprising: a tray and a lid , said tray comprising a main plane and being adapted for carrying at least one integrated circuit card , said tray assembly further comprising a locking mechanism adapted for retaining said lid in said retracted position (PI), and an electro-mechanical actuator configured to control said locking mechanism , characterized in that said lid is slidably connected to said tray to allow said lid to move relative to said tray in a direction along an axis (A) of said main plane between a retracted position (P1) and an extended position (P2) relative to said tray, and said lid is resiliently biased towards said extended position (P2). a tray and a lid , said tray comprising a main plane and being adapted for carrying at least one integrated circuit card , said tray assembly further comprising a locking mechanism adapted for retaining said lid in said retracted position (PI), and an electro-mechanical actuator configured to control said locking mechanism , characterized in that said lid is slidably connected to said tray to allow said lid to move relative to said tray in a direction along an axis (A) of said main plane between a retracted position (P1) and an extended position (P2) relative to said tray, and said lid is resiliently biased towards said extended position (P2).
A method implemented at a receiving device of wireless communication, the method comprising: receiving signals from a transmitting device via a plurality of antennas; and determining , for a resource unit, a spatial pre-processing scheme to be applied to the signals before baseband processing, based on information related to one or more of the received signals, the transmitting device , and the receiving device , and based on a predefined mapping between said spatial pre-processing scheme and a type of the signals or a type of a channel for carrying the signals indicated in scheduling information of the signals. receiving signals from a transmitting device via a plurality of antennas; and determining , for a resource unit, a spatial pre-processing scheme to be applied to the signals before baseband processing, based on information related to one or more of the received signals, the transmitting device , and the receiving device , and based on a predefined mapping between said spatial pre-processing scheme and a type of the signals or a type of a channel for carrying the signals indicated in scheduling information of the signals.
A display screen comprising a display layer and a first light shielding layer , the display layer having a display surface towards a user, the first light shielding layer being arranged on the display surface , the first light shielding layer having a fingerprint recognition area , the fingerprint recognition area comprising at least one first through hole defined in the first light shielding layer , the first through hole being configured so that sensing signals emitted and received by a fingerprint unit located below the display screen can be transmitted through the first through hole ; the display layer comprises a light-reflecting layer , the light-reflecting layer is able to produce reflected light illuminated by an outside light source, and the first light shielding layer is a polarizing layer configured to block a reflected light signal of the light-reflecting layer from being emitted; wherein the fingerprint recognition area is provided with light shielding portions , and the light shielding portions in the finger the fingerprint recognition area cover the area of the light-reflecting layer ; characterized in that the display screen further comprises a second light shielding layer , wherein the first light shielding layer and the second light shielding layer are disposed at two different sides of the display layer , the second light shielding layer being provided with a second through hole , the second through hole being configured so that sensing signals emitted and received by the fingerprint unit can also be transmitted through the second through hole , wherein the first through hole and the second through hole are disposed directly opposite each other, and the first through hole and the second through hole have a same size.
A firewall connected to at least two local area networks and a node outside the local area networks and arranged to allow or deny accesses to one of the local area networks or to the firewall based on a source address of the access and/or a target address of the access, characterised in that at least one of the accesses is directed to an application on the firewall , and wherein the application is assigned an IP address, the firewall being arranged to communicate the access to the application when the access is directed to the IP address.
A method, comprising: selecting , at a base station, an interference covariance calculation technique to be utilized by a client station when computing a channel quality indicator, CQI, associated with a communication channel between the base station and the client station, wherein the interference covariance calculation technique is selected from a set of multiple techniques for calculating interference covariance, and wherein the set of multiple techniques includes i) different techniques corresponding to different sets of one or more transmitters considered as interferers, and ii) an interference covariance calculation technique in which no transmitters in a cluster are considered as interferers; transmitting , with the base station, an indication of the selected interference covariance calculation technique to the client station; and receiving , at the base station, a CQI calculated by the client station in accordance with the selected interference covariance calculation technique. selecting , at a base station, an interference covariance calculation technique to be utilized by a client station when computing a channel quality indicator, CQI, associated with a communication channel between the base station and the client station, wherein the interference covariance calculation technique is selected from a set of multiple techniques for calculating interference covariance, and wherein the set of multiple techniques includes i) different techniques corresponding to different sets of one or more transmitters considered as interferers, and ii) an interference covariance calculation technique in which no transmitters in a cluster are considered as interferers; transmitting , with the base station, an indication of the selected interference covariance calculation technique to the client station; and receiving , at the base station, a CQI calculated by the client station in accordance with the selected interference covariance calculation technique.
Attachable chassis for connection to a motorized, preferably front-wheel-drive, tractor head at an attachment point , wherein the attachable chassis has multiple, in particular two, parallel profiled, preferably metallic longitudinal members , with in each case an upright member web and a top chord and also with a frontside fastening arrangement for connection to the tractor head at the attachment point , characterized in that the longitudinal members have, in each case at the front side, a member extension which extends in the member longitudinal direction and which projects transversely to the member longitudinal direction and upwards and whose top edge is arranged at a distance above the top chord , wherein the fastening arrangement is arranged on the member extension .
A perborate salt for use in a method for treating a cancer in a subject, the method comprising administering an effective amount of the perborate salt to the subject.
A method for determining the range of an object comprising: transmitting a plurality of successive radar chirps; adding a frequency offset to at least one of the plurality of successive radar chirps such that the frequency offset occurs between each of the plurality of successive radar chirps, the frequency offset being a fraction of a range frequency bin; receiving a corresponding plurality of return signals; constructing a plurality of frequency transforms from the plurality of return signals, wherein constructing the plurality of frequency transforms includes generating a frequency transform of each one of the plurality of return signals; adding each of the frequency transforms together to create a composite frequency transform; and determining the range of the object from a frequency peak detected in the composite frequency transform. transmitting a plurality of successive radar chirps; adding a frequency offset to at least one of the plurality of successive radar chirps such that the frequency offset occurs between each of the plurality of successive radar chirps, the frequency offset being a fraction of a range frequency bin; receiving a corresponding plurality of return signals; constructing a plurality of frequency transforms from the plurality of return signals, wherein constructing the plurality of frequency transforms includes generating a frequency transform of each one of the plurality of return signals; adding each of the frequency transforms together to create a composite frequency transform; and determining the range of the object from a frequency peak detected in the composite frequency transform.
A gurney flap arrangement comprising: an airfoil with an opening in a surface of the airfoil ; a gurney flap having a first position in which at least a portion of the gurney flap extends through the opening and projects outwardly from the airfoil surface, and a second position in which the gurney flap does not project from the airfoil surface or projects outwardly from the airfoil surface to a lesser extent; and a seal disposed about the opening to seal a gap in the opening between the gurney flap and the airfoil , wherein the seal comprises a seal body, wherein the seal body comprises self-lubricating material, and wherein the seal body is made of a single homogeneous material. an airfoil with an opening in a surface of the airfoil ; a gurney flap having a first position in which at least a portion of the gurney flap extends through the opening and projects outwardly from the airfoil surface, and a second position in which the gurney flap does not project from the airfoil surface or projects outwardly from the airfoil surface to a lesser extent; and a seal disposed about the opening to seal a gap in the opening between the gurney flap and the airfoil , wherein the seal comprises a seal body, wherein the seal body comprises self-lubricating material, and wherein the seal body is made of a single homogeneous material.
A mechanical seal comprising: - a rotating slide ring and a stationary slide ring defining a sealing gap therebetween, - wherein one of the slide rings comprises at least a first row of a plurality of first grooves having a foot region on a first radius (R1) and a head region on a second radius (R2), a first circumferential sliding region being provided between the head regions of the radially outermost row of grooves of the slide ring and an external radial edge of the slide ring , - the other of the slide rings having at least a second row of a plurality of second grooves with a foot region on a third radius (R3) and a head region on a fourth radius (R4), a second circumferential sliding region being present between the head regions of the radially outermost row of grooves of the slide ring and an outer radial edge of the slide ring , - wherein the first radius (R1) is smaller than the third radius (R3), - wherein the second radius (R2) is smaller than the fourth radius (R4), - characterized in that the first and second grooves have a respective depth which changes from a foot region to a head region, and - wherein the depth of the grooves decreases starting from the foot region towards the head region. - a rotating slide ring and a stationary slide ring defining a sealing gap therebetween, - wherein one of the slide rings comprises at least a first row of a plurality of first grooves having a foot region on a first radius (R1) and a head region on a second radius (R2), a first circumferential sliding region being provided between the head regions of the radially outermost row of grooves of the slide ring and an external radial edge of the slide ring , - the other of the slide rings having at least a second row of a plurality of second grooves with a foot region on a third radius (R3) and a head region on a fourth radius (R4), a second circumferential sliding region being present between the head regions of the radially outermost row of grooves of the slide ring and an outer radial edge of the slide ring , - wherein the first radius (R1) is smaller than the third radius (R3), - wherein the second radius (R2) is smaller than the fourth radius (R4), - characterized in that the first and second grooves have a respective depth which changes from a foot region to a head region, and - wherein the depth of the grooves decreases starting from the foot region towards the head region.